en: Lithium thiophosphate (LPS) has demonstrated promising properties for use as a solid electrolyte for the next-generation of lithium ion batteries. However, the high reactivity of LPS with common contaminants such as atmospheric water hinders commercialization of the cells. We employ a machine learning interatomic potential to gain fundamental, atomistic understanding on the mechanical, chemical and electronic properties of an LPS surface. Our focus lies first on the identification of relevant surface complexions formed by surface reconstructions, which differ greatly in properties from the bulk and define the form of the reactive sites. Then, we reveal the complex reactivity of the LPS surface with water and identify the surface moieties that play a relevant role in the material’s degradation. Thus, we uncover the impact of dynamical changes of the surfaces and their electronic structure on the material’s reactivity.This dataset includes all files necessary to reproduce the data reported in Reconstructions and dynamics of 𝛽 -lithium thiophosphate surfaces.This includes the MLIP model and dataset, generated surface structures with certain Miller indices, Wulff constructions, as well the input and result files of LAMMPS and DFT calculations.

materialscloud

en:
Materials Cloud is a platform built to enable the seamless sharing and dissemination of resources in computational materials science, offering educational, research, and archiving tools; simulation software and services; and curated and raw data. These underpin published results and empower data-based discovery, compliant with data management plans and the FAIR principles.

In the Materials Cloud you can browse, explore, download, or deposit raw and curated data (in the Discover, Explore, and Archive sections); you can access cloud or redeployable simulation services (from AiiDAlab turnkey simulations to the Quantum Mobile virtual machine, the AiiDA registry of plugins and workflows, and the OSSCAR notebooks, in the Work section), and you can use all our educational material, tutorials and lectures (in the Learn section).

deutsche-forschungsgemeinschaft

display_name: deutsche-forschungsgemeinschaft

lps

display_name: lps

machine-learning

display_name: machine-learning

machine-learning-interatomic-potentials

display_name: machine-learning-interatomic-potentials

marvel

display_name: marvel

molecular-dynamics

display_name: molecular-dynamics

smoothsoap

display_name: smoothsoap

solid-electrolyte

display_name: solid-electrolyte

surface-complexion

display_name: surface-complexion


$oid: OBSOLETE

en:
Experiments involving resonant optical excitation of infrared-active phonons in crystals have emerged as a powerful new way to tune materials properties. A puzzling and so far unexplained aspect of some so-called nonlinear phononics experiments is that the observed lifetimes of the optically created metastable phases are sometimes orders of magnitude longer than expected based on the nonlinear phononics mechanism assumed in most works. We use a combination of phenomenological theory and first-principles calculations to demonstrate that strong coupling between different lattice degrees of freedom (strains and Raman-active phonons) can give rise to a long-lived metastable phase recently observed in experiments on perovskite LaAlO3 [Hortensius et al. npj Quantum Mater. 5 95 (2020)]. We show that the long-timescale oscillatory response in the experimental optical reflectivity data is not due solely to shear strains, as originally suggested, but arises from a “hybrid” mode involving displacements of Raman-active phonons of the same symmetry. Our work suggests that strong coupling between different order parameters can provide a mechanism for long-lived optically created metastable phases and points towards strategies, such as strain engineering, for modifying or increasing the lifetime of light-induced phases in ultrafast optical experiments.

This archive contains the data files used to produce Figures 2-4 of the described paper.

en: Understanding long-lived metastable phases in ultrafast optical experiments

materialscloud

approval_status: approved

en: Materials Cloud

de: Materials Cloud

fr: Materials Cloud

it: Materials Cloud

political_level: other

state: active

type: organization

psi

capacity: public

type: dataset

key: guid

key: uri

value: DCAT Harvester Materials Cloud

envi

de: Umwelt

en: Environment

fr: Environnement

it: Ambiente

complex-oxides

display_name: complex-oxides

first-principles

display_name: first-principles


en: Experiments reveal negative (non-Laplacian) surface stresses in metal oxide nanoparticles, partly associated with humidity during fabrication and annealing. Using a neural network interatomic potential for MgO, we prove that water adsorption induces surface hydroxylation, shifting facets from {100} to {110} to {111} and switching the average surface stress from positive to negative. Predicted lattice strains versus nanoparticle size agree well with experiments, clarifying experimental correlations. The new framework informs broad applications in catalysis, sensors, batteries, and biomedicine.

en: Hydroxylation-driven surface reconstruction at the origin of compressive-to-tensile stress transition in metal oxide nanoparticles

nanoparticles

display_name: nanoparticles

surface-reconstruction

display_name: surface-reconstruction

surface-stress

display_name: surface-stress

xrd

display_name: xrd


en:
A molecular level understanding of surface chemistry involved in the focused electron beam induced deposition (FEBID) with metalorganic molecules is crucial for enhancing metal content in the nanostructures. Here we investigate the FEBID process of trimethyl(methylcyclopentadienyl)platinum(IV) [MeCpPtMe₃] using focused electron beam induced mass spectrometry (FEBiMS), a recently developed in situ analytical technique. A comparison with gas-phase electron impact fragmentation, along with density-functional-theoretical calculations and molecular dynamics simulations are presented. The results indicate that charged fragments generated via dissociative ionization exhibit strong adsorption to the substrate and lack sufficient kinetic energy to desorb, suggesting that the most observed charged species during FEBID originate from gasphase fragmentation above the surface. Furthermore, we propose processes like charge neutralization and dissociative recombination, mechanisms not previously considered in FEBID, could be significant contributors for increasing metal content in the resulting nanostructures.

The data is discussed in the study "C. S. Jureddy, J. Jurczyk, K. Mackosz, H. Lyschuk, J. Kocisek, P. Weber, M. Ernst, A. Verkhovtsev, A. V. Solov'yov, J. Fedor and I. Utke, Phys. Chem. Chem. Phys., 2025"

en: Desorption of fragments upon electron impact on adsorbates: implications for electron beam induced deposition

dft

display_name: dft

experimental

display_name: experimental

febid

display_name: febid

surface-and-gas-phase-processes

display_name: surface-and-gas-phase-processes


en: The inner structure of polymeric microgels critically influences their responsiveness and potential applications, yet remaining challenging to resolve at molecular resolution. In this work, a structural characterization of thermoresponsive copolymer microgels is provided by integrating small-angle neutron scattering (SANS), dynamic light scattering (DLS), and nuclear magnetic resonance (NMR) measurements with multi-scale simulations. Specifically, Poly(N-isopropylacrylamide-co-N-isopropylmethacrylamide), P(NIPAM-co-NIPMAM), copolymer microgels, in which a random monomer distribution is conventionally assumed, are considered. By synthesizing different samples, including isotopically labeled microgels via selective deuteration, the microgels swelling behavior is probed and distinct polymer-specific signatures are revealed. To elucidate their internal distribution, monomer-resolved microgel simulations are performed across different copolymer models. A direct comparison between experimental and numerical form factors provides evidence of preferential organization into block structures, challenging the prevailing view of random distribution. 13C-NMR experiments confirm NIPAM-rich blocks and atomistic simulations link this unexpected block-like architecture to distinct local hydrogen-bonding patterns. This integrated approach provides the first direct evidence of preferential block formation in P(NIPAM-co-NIPMAM) microgels. Beyond this system, these results establish a generalizable strategy for unveiling hidden structural order in copolymer microgels, offering new strategies to tailor their design and to enhance control of material responsivity.

en: Thermoresponsive copolymer microgels synthesized via single-step precipitation polymerization: random or block structure?

copolymerization

display_name: copolymerization

microgels

display_name: microgels

molecular-modeling

display_name: molecular-modeling

nmr-spectroscopy

display_name: nmr-spectroscopy

selective-neutron-scattering

display_name: selective-neutron-scattering


en:
In this paper, we show many-body calculations of magnon-phonon (mag-ph) coupling based on the ab initio Bethe-Salpeter equation. We derive expressions for mag-ph coupling matrices and compute them in 2D ferromagnets, focusing on hydrogenated graphene and monolayer CrI3. Our analysis shows that electron-phonon (e-ph) and mag-ph interactions differ significantly, where modes with weak e-ph coupling can exhibit strong mag-ph coupling (and vice versa), and reveals which phonon modes couple more strongly with magnons. In both materials studied here, the inelastic magnon relaxation times decrease abruptly above the threshold for emission of strongly coupled phonons, revealing a low-energy window where magnons are long-lived. Averaging over this window, we compute the temperature-dependent magnon mean-free path, a key figure of merit for spintronics, entirely from first principles. The theory and computational tools shown in this work enable studies of magnon interactions, scattering, and dynamics in generic materials, advancing the design of magnetic systems and magnon- and spin-based devices.

This archive include the necessary inputs for DFT, DFPT in Quantum Espresso, and GW-BSE in Yambo code. Since the routine for magnon-phonon coupling is not published, we provided the raw data files used for the figures in our paper as the reference.

en: Magnon-phonon interactions from first principles

bethe-salpeter-equation

display_name: bethe-salpeter-equation

magnon-phonon-coupling

display_name: magnon-phonon-coupling


en: Open-shell nanographenes have attracted significant attention due to their structurally tunable spin ground state. While most characterization has been conducted on weakly interacting substrates such as noble metals, the influence of magnetic surfaces remains largely unexplored. In a recent publication,  we investigate how TbAu2, a rare-earth-element-based surface alloy, affects the magnetic properties of phenalenyl (or [2]triangulene (2T)), the smallest spin-1/2 nanographene. Scanning tunneling spectroscopy (STS) measurements reveal a striking contrast: while 2T on Au(111) exhibits a zero-bias Kondo resonance─a hallmark of a spin-1/2 impurity screened by the conduction electrons of the underlying metal─deposition on TbAu2 induces a symmetric splitting of this feature by approximately 20 mV. This opening is large compared to the few meV splitting induced by externally applied magnetic fields. We attribute this splitting to a strong proximity-induced interaction with the ferromagnetic out-of-plane magnetization of TbAu2. Moreover, our combined experimental and many-body model analysis demonstrates that this interaction is spatially modulated, following the periodicity of the TbAu2 surface superstructure. These findings highlight that TbAu2 serves as a viable platform for stabilizing and characterizing the magnetic properties of spin-1/2 nanographenes and for studying the interactions of more complex π-magnetic materials with magnetic substrates. The record contains data supporting the results presented in the publication

en: Proximity-driven magnetic coupling between an open-shell nanographene and a rare-earth surface alloy

dftu

display_name: dftu

open-shell-molecules

display_name: open-shell-molecules

proximity-interaction

display_name: proximity-interaction

scanning-tunneling-microscopy

display_name: scanning-tunneling-microscopy

spin

display_name: spin


en: We present a comprehensive first-principles study of the magnetoresistance in ZrSiX (X = S, Se, Te) topological nodal-line semimetals. Our study demonstrates that all primary features of the experimentally measured magnetoresistance in these materials are captured by our calculations, including the unusual butterfly-shaped anisotropic magnetoresistance. This anisotropic magnetoresistance can be accurately reproduced using the semiclassical Boltzmann transport theory without introducing any information on the topological nature of bands or the concepts of topological phase transition. Considering the complex structure of the Fermi surface in these topological materials, we develop a theoretical description explaining the features observed in magnetoresistance measurements. Additionally, the atypical Hall resistance can be interpreted by the same semiclassical approach. Our findings establish magnetotransport as a powerful tool for analyzing the geometry of the Fermi surface, complementing angle-resolved photoemission spectroscopy and quantum oscillation measurements. This approach is demonstrated to be particularly useful for determining the role of non-trivial topology in transport properties.

en: Magnetoresistance in ZrSiX (X = S, Se, Te) nodal-line semimetals

boltzmann-theory

display_name: boltzmann-theory

density-functional-calculations

display_name: density-functional-calculations

fermi-surface

display_name: fermi-surface

first-principles-calculations

display_name: first-principles-calculations

hall-effect

display_name: hall-effect

magnetoresistance

display_name: magnetoresistance

node-line-semimetals

display_name: node-line-semimetals

topological-materials

display_name: topological-materials


en:
In this paper, we present and benchmark our first-principles calculations of magnon dispersions and wave functions in monolayer Cr trihalides using the finite-momentum Bethe-Salpeter equation (BSE) to describe collective spin-flip excitations. We study the dependence of magnon dispersions on the halide species and resolve the small topological gap at the Dirac point in the magnon spectrum by including spin-orbit coupling. We analyze the obtained magnon wave functions to gain insight into magnon states in real and reciprocal space. We also compare our method with the Heisenberg spin model. This work advances the quantitative modeling of magnons, providing the starting point for studying magnon interactions in a first-principles BSE framework.

This archive includes all the inputs for DFT calculations in QuantumEspresso and GW-BSE with the Yambo code to reproduce the data in our paper.

en: Magnons in chromium trihalides calculated with the ab initio Bethe-Salpeter equation

materialscloud

en:
Materials Cloud is a platform built to enable the seamless sharing and dissemination of resources in computational materials science, offering educational, research, and archiving tools; simulation software and services; and curated and raw data. These underpin published results and empower data-based discovery, compliant with data management plans and the FAIR principles.

In the Materials Cloud you can browse, explore, download, or deposit raw and curated data (in the Discover, Explore, and Archive sections); you can access cloud or redeployable simulation services (from AiiDAlab turnkey simulations to the Quantum Mobile virtual machine, the AiiDA registry of plugins and workflows, and the OSSCAR notebooks, in the Work section), and you can use all our educational material, tutorials and lectures (in the Learn section).

dft

display_name: dft

magnons

display_name: magnons


en: Recent advances in the synthesis of graphene fragments that possess unpaired π-electrons and display high-spin ground states have unlocked possibilities to explore exotic physical phenomena related to magnetism. The high degree of spin-delocalisation makes these non-metal-based systems ideal building blocks for the construction of chains and lattices with strongly correlated magnetic ground states, which is the main requisite for measurement-based quantum computation.In a recent publication, we demonstrate the magnetic bistability of a diradical nanographene that allows direct spin manipulation at the single-molecule level. To this end, we made use of solution-phase synthesis and tip-induced activation on a metallic surface to construct a helical non-Kekulé hydrocarbon spin switch, with a reversible transformation between a magnetic ground state and a non-magnetic one via intramolecular bond formation/breaking. The switching process was monitored by scanning tunneling spectroscopy measurements, illustrating that this, and related systems, hold potential as spin-switch units for direct manipulation of magnetism and quantum information in entangled spin systems. This record contains data that support the results discussed in the publication.

en: Controlled magnetic bistability of a helical non-Kekulé hydrocarbon on a Au(111) surface

materialscloud

en: Materials Cloud

ab-initio-simulations

display_name: ab-initio-simulations

hydrocarbons

display_name: hydrocarbons

magnetic-nanocarbons

display_name: magnetic-nanocarbons

scanning-probe-microscopy

display_name: scanning-probe-microscopy

snsf

display_name: snsf


en: Core-shell (CS) microgels–comprising a solid core chemically linked to a crosslinked polymer shell–are an important class of stimuli-responsive colloids widely employed for both fundamental and applied studies. Despite extensive experimental investigations, their numerical modeling remains underdeveloped; in particular, a detailed, temperature-resolved insight of their effective interactions is missing. While pairwise descriptions known for standard microgels are expected to be partially extensible to CS-microgels, the effect of the solid core and in turn, the extent and character of many-body contributions remain elusive. To clarify these open issues, this work introduces a computational method to generate realistic CS-microgels at different crosslinker concentrations, accurately reproducing the structure of experimental silica core–poly-N-isopropylacrylamide (pNIPAM) shell microgels at different temperatures across the Volume Phase Transition (VPT) and for different shell-to-core ratios. After validating the model, effective interactions between CS-microgels are calculated, extracting not only two-body interactions but also providing the first quantitative investigation of three-body effects in any microgel system. The present findings show that, albeit small, the latter contributions are non-negligible and exhibit an intriguing sign reversal: while being predominantly attractive at low temperatures, they become repulsive at high ones, nearly canceling out at the VPT. These results reveal a subtle interplay between microgel architecture, temperature and many-body correlations, with direct implications on the design of responsive soft materials and their mutual interactions.

en: Numerical investigation of realistic core-shell microgels: insights on two- and three-body effective interactions

envi

en: Environment

coarse-grained-models

display_name: coarse-grained-models

core-shell-microgels

display_name: core-shell-microgels

effective-interaction

display_name: effective-interaction

many-body-effects

display_name: many-body-effects

molecular-simulation

display_name: molecular-simulation


en: Understanding electrical resistivity in metals remains a central challenge in quantifying charge transport at finite temperature. Current first-principles calculations based on the Boltzmann transport equation often match experiments, yet they almost always neglect the effect of thermal expansion and phonon anharmonicity. We show that both effects exert an opposite impact on electron–phonon coupling and on electrical resistivity. Thermal expansion enhances the coupling and leads to overestimation of resistivity, whereas anharmonic effects reduce it. By explicitly incorporating both effects, we establish a more complete description of resistivity in elemental metals, demonstrated here for Pb, Nb, and Al. This archive contains all our input, output files and the data.

en: Opposite impact of thermal expansion and phonon anharmonicity on the phonon-limited resistivity of elemental metals from first principles

electron-phonon-coupling

display_name: electron-phonon-coupling

first-principles

display_name: first-principles

transport

display_name: transport


en:
Dual function materials (DFMs) enable reactive carbon capture (RCC), an intensified approach to carbon dioxide capture and utilization for cost and energy input reductions. Yet, there is a fundamental lack of understanding of mechanisms around CO2 adsorption and subsequent conversion on these materials, hindering further development. Herein, we investigated several supported alkaline metal oxides for their CO2 adsorption characteristics to find that Na/Al2O3 had the highest CO2 adsorption capacity, accompanied by a variety of CO2 adsorption geometries as identified by in situ DRIFTS and computational modeling. The addition of catalytic metals (Ru, Pd) increased the adsorption capacity of Na/Al2O3 without altering binding modes. In the subsequent reactive desorption step, acetate and formate intermediates were observed. Notably, this mechanistic investigation identified that the formation of acetate species was unique to RCC on a DFM, as these species were not observed in co-fed hydrogenation over the DFM or RCC over a Na-free catalyst.

Herein, we share the structural CONTCARs obtained using periodic PBE calculations in VASP for hydrated (110) and (100) surfaces of gamma-alumina, Na2O-modified surface models for Na/Al2O3, subsequent structures of various surface carbonate (CO3*) and bicarbonate (HCO3*) configurations formed on each of these surfaces upon CO2 adsorption and adsorbed acetate and formate radicals on the surfaces.

en: Identifying mechanistic differences between co-fed CO2 hydrogenation and reactive CO2 capture using Ru and Pd dual function materials

alumina

display_name: alumina

density-functional-theory

display_name: density-functional-theory

dfm

display_name: dfm

dual-function-material

display_name: dual-function-material

rcc

display_name: rcc

reactive-carbon-capture

display_name: reactive-carbon-capture


en:
Emergent quasiparticles in solids often exhibit unique topological properties as a result of the complex interplay between charge, orbital, spin and lattice degrees of freedom. Among these quasiparticles, the polaron occupies a special place as the first known manifestation of the interaction between a fermion and a boson field. While polarons have been investigated for almost a century, whether these quasiparticles exhibit topological properties and why remain open questions. Here, we establish the universal symmetry principles governing the topology of polar textures in large polarons. Using a group-theoretic analysis, we identify four distinct classes of polar textures in time-reversal-invariant systems, and we show that they carry integer topological charges. We validate this classification by performing state-of-the-art first-principles calculations of materials representative of each class. For these materials, we compute the fingerprints of polaron topology in Huang diffuse scattering, and propose ultrafast electron and X-ray scattering experiments to detect these quasiparticles.

This archive contains the data necessary to reproduce the results of the "Symmetry-protected topological polarons" article by Kaifa Luo, Jon Lafuente-Bartolome, and Feliciano Giustino.

en: Symmetry-protected topological polarons

diffuse-scattering

display_name: diffuse-scattering

polarons

display_name: polarons

topology

display_name: topology


en: Photocatalytic water splitting has attracted considerable attention for renewable energy production. Since the first reported photocatalytic water splitting by titanium dioxide, this material remains one of the most promising photocatalysts, due to its suitable band gap and band-edge positions. However, predicting both of these properties is a challenging task for existing computational methods. Here we show how Koopmans spectral functionals can accurately predict the band structure and level alignment of rutile, anatase, and brookite TiO₂ using a computationally efficient workflow that only requires (a) a DFT calculation of the photocatalyst/vacuum interface and (b) a Koopmans spectral functional calculation of the bulk photocatalyst. The success of this approach for TiO₂ suggests that this strategy could be deployed for assessing the suitability of novel photocatalyst candidates. This record contains for each polymorph: (a) a calculation of a slab; (b) KI and pKIPZ band structure calculation of the bulk system.

en: Predicting the suitability of photocatalysts for water splitting using Koopmans spectral functionals: the case of TiO₂ polymorphs

electronic-structure

display_name: electronic-structure

koopmans-spectral--functionals

display_name: koopmans-spectral--functionals

orbital-density-dependent-functionals

display_name: orbital-density-dependent-functionals

photocatalysis

display_name: photocatalysis

water-splitting

display_name: water-splitting


en:
This archive provides the AiiDA workflows, metadata, and computational datasets associated with the study of vibrational frequencies and Stark tuning rates at electrochemical interfaces within the framework of grand-canonical density functional theory (GC-DFT) combined with continuum electrochemical models.

In this work, the electrochemical potential is treated as a degree of freedom by adjusting the number of electrons in the Kohn-Sham equations, enabling simulations at fixed potential. Based on the relationship between free energy and grand potential, physical properties such as atomic forces, vibrational frequencies, and Stark tuning rates are consistently evaluated. While atomic forces are found to be equivalent to Hellmann-Feynman forces in the canonical ensemble, vibrational frequencies and Stark tuning rates exhibit distinct behavior under grand-canonical conditions.

The archive contains input parameters, workflows, and computed results obtained using finite-displacement methods for the evaluation of vibrational properties and Stark tuning rates. These data enable the reproduction of the results reported in the associated publication and provide a reference for future studies of electrochemical interfaces under constant potential conditions.

en: Vibrational frequencies and stark tuning rate with continuum electro-chemical models and grand canonical density functional theory

grand-canonical-dft

display_name: grand-canonical-dft

stark-tuning-rate

display_name: stark-tuning-rate

vibrational-frequencies

display_name: vibrational-frequencies


en: We present a high-throughput computational screening for fast lithium-ion conductors aimed at identifying candidate materials for application in all-solid-state electrolytes. Beginning with more than 30,000 experimentally reported Li-containing structures drawn from the Inorganic Crystal Structure Database, the Materials Platform for Data Science (Pauling file), and the Crystallography Open Database, we apply a series of automated structural and compositional filters to obtain 1500 unique crystal structures suitable for electronic-structure calculations which yields nearly 1,000 electronic insulators. We then estimate Li-ion diffusivities for these insulating candidates using molecular dynamics simulations at multiple temperatures. To make simulations computationally feasible at this scale while preserving near first-principles fidelity, we employ a foundational machine-learned interatomic potential which is carefully fine-tuned on relevant Li-chemistries. We discuss the details of the fine-tuning strategies and data-consistency considerations required to obtain a very accurate and robust model. From the MD results, we identify three particularly promising novel oxide candidates for room-temperature solid-state electrolytes, including LiSn2(AsO4)3, LiIn(IO3)4, and LiB6S4(Cl3O4)2, which all exhibit ionic conductivity greater than 1 mS/cm at room temperature with diffusion barrier between 0.20 and 0.25 eV. We provide the full screening protocol as well as a prioritised list of materials for experimental follow-up, demonstrating the value of provenance-aware, ML-driven simulations in accelerating solid-state electrolyte discovery.

en: High-throughput screening for solid-state Li-ion conductors combining machine learning and first-principles calculations

materialscloud

en:
Materials Cloud is a platform built to enable the seamless sharing and dissemination of resources in computational materials science, offering educational, research, and archiving tools; simulation software and services; and curated and raw data. These underpin published results and empower data-based discovery, compliant with data management plans and the FAIR principles.

In the Materials Cloud you can browse, explore, download, or deposit raw and curated data (in the Discover, Explore, and Archive sections); you can access cloud or redeployable simulation services (from AiiDAlab turnkey simulations to the Quantum Mobile virtual machine, the AiiDA registry of plugins and workflows, and the OSSCAR notebooks, in the Work section), and you can use all our educational material, tutorials and lectures (in the Learn section).

dft

display_name: dft

first-principles

display_name: first-principles

high-throughput

display_name: high-throughput

li-ion-conductors

display_name: li-ion-conductors

molecular-dynamics

display_name: molecular-dynamics

solid-state-electrolytes

display_name: solid-state-electrolytes


en: The localized states in the band gap of amorphous phase change alloys like Ge2Sb2Te5 control the electrical conduction via the Poole-Frenkel mechanism. Understanding the origin of in-gap states and their evolution in time during aging of the glass is therefore important for the control of the resistance drift in phase change memory devices. Here, we use a machine learning interatomic potential to generate several models of Ge2Sb2Te5 whose electronic structure is then analyzed within density functional theory with a hybrid functional. A detailed statistical analysis of the structural motifs on which the in-gap states are localized, reveals that the vast majority of in-gap states involve wrong bonds (homopolar or Ge-Sb bonds) often accompanied by Ge in tetrahedral configurations or overcoordinated Ge and Sb atoms. Metadynamics simulations mimicking glass aging support the picture that structural relaxations lead to the depletion of in-gap states and then to an increase of resistance. The simulations thus provide important insights for the mitigation of the resistance drift in phase change memory devices.

en: On the origin of in-gap states in amorphous Ge2Sb2Te5

materialscloud

en: Materials Cloud

electronic-memories

display_name: electronic-memories

machine-learning

display_name: machine-learning

phase-change-materials

display_name: phase-change-materials


en: This record contains the computational data associated with the manuscript “Distinct O2 activation regimes and an activation–removal trade-off at 3d-metal-doped MoS2 sulfur vacancies” by Park and Kim. The dataset includes optimized atomic structures, representative VASP input templates, and curated tabulated data supporting the reported adsorption energies, structural parameters, electronic descriptors, and kinetic benchmarks for Fe-, Co-, Ni-, and Cu-doped MoS2 sulfur vacancies. The data are intended to support reproducibility of the figures and tables in the manuscript and the Supporting Information. Detailed descriptions of the individual files and folders are provided in the accompanying README.txt file.

en: Computational dataset for distinct O2 activation regimes and an activation–removal trade-off at 3d-metal-doped MoS2 sulfur vacancies

envi

en: Environment

cohp

display_name: cohp

density-functional-theory

display_name: density-functional-theory

electronic-structure-descriptors

display_name: electronic-structure-descriptors

oxygen-activation

display_name: oxygen-activation

single-atom-catalyst

display_name: single-atom-catalyst

strain-engineering

display_name: strain-engineering

sulfur-vacancy

display_name: sulfur-vacancy

transition-metal-doping

display_name: transition-metal-doping


en: These data characterize the activation processes of CoSn(OH)6-based electrocatalysts for the oxygen evolution reaction in alkaline conditions. Crystalline (CoSn25), crystalline defective (CoSn150) and amorphous (CoSn300) catalysts with identical metal compositions from the same precursor batch were considered. The operando X-ray diffraciton and X-ray abosorption spectroscopy indicate that crystalline and amorphous catalysts take different reconstruction pathways under the reaction conditions. Co L-edge total electron yield data indicate that a metal-ligand charge transfer surface state is formed during electrochemical activation that correlates well with the observed electrochemical activity.

en: Characteristic data of the CoSn(OH)6 alkaline electrochemical activation processes.

electrocatalysis

display_name: electrocatalysis

oer

display_name: oer

operando

display_name: operando

oxygen-evolution-reaction

display_name: oxygen-evolution-reaction

synchrotron

display_name: synchrotron

x-ray-absorption-spectroscopy

display_name: x-ray-absorption-spectroscopy

x-ray-diffraction

display_name: x-ray-diffraction


en: This dataset contains structural minima, saddle-point structures, and transformation pathways of magic-size gold nanoclusters. Gold nanoclusters exhibit a complex energy landscape characterized by competing structural motifs and narrow energy gaps, which facilitate structural coexistence and rapid interconversion. In this study, we employ a high-accuracy machine-learned potential, trained on 20,000 density functional theory reference points, to investigate the structural transformation pathways of Au55, Au147, Au309, and Au561 nanoclusters. Our analysis encompasses transitions between cuboctahedral, Ino's decahedral, and icosahedral geometries. Saddle point searches reveal that high-symmetry transformations are governed by "jitterbug"-type and slip-dislocation motions. Furthermore, we identify lower-barrier, asymmetric pathways that facilitate the transition into disordered, Jahn–Teller-stabilized distorted icosahedra. Using Minima Hopping sampling, we uncover a variety of low-symmetry minima, including new global minima for Au309 and Au561 that are up to 2.8 eV lower in energy than previously reported structures. In contrast to prior computational results, our predicted transformation pathways are in qualitative agreement with experimental observations, suggesting that these newly identified disordered motifs are central to the structural evolution of gold nanoclusters.

en: The transformation mechanisms among cuboctahedra, Ino's decahedra and icosahedra structures of magic-size gold nanoclusters

dft

display_name: dft

machine-learning

display_name: machine-learning

nanoclusters

display_name: nanoclusters


en:
This dataset supports a computational study of finite-concentration pair breaking in Mn- and Co-doped 2H-NbSe2 using the coherent potential approximation combined with Bogoliubov-de Gennes calculations within the KKR Green-function framework. The work investigates how magnetic impurities located on the van der Waals empty-sphere site modify the superconducting anomalous density of 2H-NbSe2 from the dilute impurity limit up to the critical concentration where superconductivity collapses.

The dataset contains the full AiiDA provenance needed to reproduce the calculations reported in the companion manuscript. It includes the pristine superconducting 2H-NbSe2 reference calculation, normal-state CPA KKR calculations for Mn and Co impurities, and self-consistent CPA-BdG concentration series for both dopants. These data reproduce the concentration-dependent normalized anomalous density, the impurity-dependent critical concentrations, and the comparison between Mn- and Co-induced changes in the superconducting response.

All calculations were performed with the JuKKR Green-function code through the AiiDA-KKR workflow infrastructure on the JURECA-DC supercomputer at Forschungszentrum Jülich, with additional computational resources from CLAIX at RWTH Aachen University. The record is intended to provide transparent access to the computational provenance, input and output data, and analysis workflow underlying the reported CPA-BdG results.

en: CPA-BdG calculations for Mn- and Co-doped 2H-NbSe2: finite-concentration pair breaking and anomalous density

aiida

display_name: aiida

anomalous-density

display_name: anomalous-density

bogoliubov-de-gennes-bdg

display_name: bogoliubov-de-gennes-bdg

co

display_name: co

coherent-potential-approximation-cpa

display_name: coherent-potential-approximation-cpa

kkr-green-function-method

display_name: kkr-green-function-method

magnetic-impurities

display_name: magnetic-impurities

mn

display_name: mn

pair-breaking

display_name: pair-breaking

spin-orbit-coupling

display_name: spin-orbit-coupling

superconductivity

display_name: superconductivity

transition-metal-dichalcogenide

display_name: transition-metal-dichalcogenide

yu-shiba-rusinov-states

display_name: yu-shiba-rusinov-states


en: Topological constraints such as the Bernal-Fowler ice rules govern atomic arrangements in proton-disordered crystals. Machine learning force fields (MLFFs) provide a computationally efficient route to exploring such disordered energy landscapes using on-the-fly sampling without explicit topological supervision. Whether such a data-driven approach can autonomously recover ice-rule constraints remains an open question. Here, we show that a data-efficient GAP-SOAP force field trained on 212 DFT calculations achieves a energy RMSE of 19 meV/H2O on Ice VII configurations and reproduces phonon dispersions and infrared spectra in good agreement with DFT. A representative trained model relaxes 8 × 8 × 8 supercells (3072 atoms) with randomized proton orientations into structures consistent with ice-rule constraints, recovering a body-centred cubic oxygen lattice at 30 GPa. Under compression, the model captures the qualitative features of the Ice VII → Ice X transformation and remains stable over the 30–90 GPa range for the tested configurations. While extended training does not guarantee monotonic improvement in all properties, the model enables efficient large-scale molecular dynamics, reaching approximately one frame per second on a single CPU core. These results demonstrate that local environment descriptors can encode key aspects of hydrogen-bond topology, providing a data-efficient route to structural relaxation in disordered molecular crystals.

en: Emergence of Bernal-Fowler ice rules in crystal structure prediction via data-efficient machine learning force fields: the case of Ice VII

active-learning

display_name: active-learning

crystal-structure-prediction

display_name: crystal-structure-prediction

high-pressure-ice

display_name: high-pressure-ice

ice-rules

display_name: ice-rules

ice-vii

display_name: ice-vii

machine-learning-force-fields

display_name: machine-learning-force-fields


en: The Shastry-Sutherland compound SrCu2(BO3)2 (SCBO) is a paradigmatic low-dimensional quantum spin system, featuring geometrically frustrated interacting spin dimers and a rich landscape of emergent quantum phenomena. While its magnetic properties have been extensively explored, the nature of its electronic excitations - particularly the Cu2+ d–d transitions - remains poorly understood. A detailed characterization of these excitations is essential to determine the crystal field splitting and the degree of Cu 3d–O 2p hybridization, both of which underpin superexchange interactions and magnetic behavior in SCBO. Here, the electronic properties of SCBO are investigated by combining spectroscopic techniques with theoretical approaches for first-principles band structure calculations.Experimentally, we employ L3-edge resonant inelastic x‑ray scattering (RIXS) to directly probe intra-d excitations, supplemented by broadband infrared reflectivity and ellipsometry measurements to resolve charge-transfer (CT) features. Theoretically, multireference quantum chemistry calculations accurately reproduce the energies (1.8–2.4 eV) and symmetries of the observed d–d excitations, while band-structure calculations based on density functional theory elucidate the CT excitation spectrum. These combined approaches define the energy scales for both d–d and CT transitions, validate the computational framework, and provide quantitative microscopic parameters essential for refining superexchange-based magnetic models in this prototypical frustrated quantum antiferromagnet.

en: Probing high-energy electronic excitations in the Shastry-Sutherland compound SrCu2(BO3)2 with resonant inelastic x-ray scattering and optical spectroscopy

d-d-excitations

display_name: d-d-excitations

dftu

display_name: dftu

resonant-inelastic-x-ray-scattering

display_name: resonant-inelastic-x-ray-scattering

shastry-sutherland-model

display_name: shastry-sutherland-model


en: The dataset provides crystallographic information (CIF) files for 27 dynamically stable two-dimensional silicon–metal borophene monolayers (Manuscript ID: BP14856, submitted to Physical Review B), which are made available for reviewers to download and inspect. All structures were relaxed using density functional theory (DFT) with the projector augmented wave–generalized gradient approximation (PAW‑PBE) method, based on a periodic slab model with a vacuum gap of 30 Å. With these CIF files, the lattice parameters and chemical compositions can be conveniently cross‑checked against the present paper. The accompanying README file documents in detail all computational parameters, including the VASP code, the PAW‑PBE functional, a plane‑wave cutoff energy of 600 eV, and a k‑point grid spacing of 0.189 Å⁻¹.

en: Silicon-metal sublayer engineering of honeycomb borophene:   DFT-relaxed structures of 27 dynamically stable 2D X–Si–B monolayers

materialscloud

en:
Materials Cloud is a platform built to enable the seamless sharing and dissemination of resources in computational materials science, offering educational, research, and archiving tools; simulation software and services; and curated and raw data. These underpin published results and empower data-based discovery, compliant with data management plans and the FAIR principles.

In the Materials Cloud you can browse, explore, download, or deposit raw and curated data (in the Discover, Explore, and Archive sections); you can access cloud or redeployable simulation services (from AiiDAlab turnkey simulations to the Quantum Mobile virtual machine, the AiiDA registry of plugins and workflows, and the OSSCAR notebooks, in the Work section), and you can use all our educational material, tutorials and lectures (in the Learn section).

dft

display_name: dft

electron-phonon-coupling

display_name: electron-phonon-coupling


en: This archive contains the data supporting the manuscript of the same title. The calculations are for bulk antiferromagnetic (type-II) NiO in a four-atom rhombohedral cell, and comprise the Wannierization of the Kohn-Sham manifold, the linear-response calculation of the on-site (U) and inter-site (V) Hubbard parameters, DFT+U+V calculations, and the construction of the block-diagonalizing and hybridized projectors discussed in the manuscript.

en: DFT+U+V is equivalent to DFT+U with density-dependent hybridized projectors

materialscloud

en: Materials Cloud

electronic-structure

display_name: electronic-structure


en:
Semilocal density functionals such as the Perdew-Burke-Ernzerhof (PBE) functional notoriously underestimate experimental band gaps. Hybrid functionals address this “band gap problem” by admixing a fraction of Fock exchange to semilocal exchange. The optimal mixing parameter depends on the specific material and can be identified as the inverse dielectric constant (dielectric-dependent hybrid functional, DDH). Here, we show that dielectric constants obtained using the r²SCAN meta-GGA functional are significantly more accurate than dielectric constants obtained using the semilocal PBE functional. We propose the DD-r²SCANH functional, a dielectric-dependent hybrid functional based on r²SCAN. DD-r²SCANH can outperform the standard PBE-based DDH in terms of band gaps and other electronic structure properties. Particularly impressive improvements are obtained for narrow-gap semiconductors such as Ge and InAs, where PBE wrongly predicts a metallic phase, but r²SCAN opens a band gap.

Here, we provide VASP input files for DD-r²SCANH, and further we provide the crystal structures used for our band gap benchmark in POSCAR format.

en: Dielectric-dependent hybrid functional from meta-GGA

envi

en: Environment

density-functional-theory

display_name: density-functional-theory

electronic-bands

display_name: electronic-bands


en: In this study, we employ density functional theory calculations to investigate the reaction pathways of CO₂ conversion to CH₄ on hydrogen-deficient HB sheets, where H-vacancy sites serve as the active centers for CO₂ activation. Our results reveal that the conversion of CO₂ proceeds via a CO-mediated dissociative mechanism. We further consider the effect of O* participation as a reactant following C–O bond cleavage, and show that co-adsorbed OH* lowers the barrier for HCO* formation, making the associative pathway more kinetically favorable than the route proceeding via C*. The rate-determining step is identified as the hydrogenation of CH* to CH₂*, with a barrier of 2.02 eV, consistent with the experimentally observed negligible CH₄ yield under dry conditions. These findings provide mechanistic insight and complement existing experimental observations.

en: Carbon dioxide hydrogenation to methane on hydrogen boride sheet: a density functional theory study

reaction-pathway

display_name: reaction-pathway

vibrational-properties

display_name: vibrational-properties


en: When a superconductor is placed in contact with a normal material, Cooper pairs penetrate the latter and induce superconductivity via the proximity effect. Despite its central role in quantum materials, superconducting devices and topological platforms, a predictive first-principles description of the proximity effect at realistic interfaces has remained computationally prohibitive so far. Here, we fill this gap by developing a Green's-function framework based on real-space dynamical embedding that enables first-principles simulations of superconducting proximity in mesoscopic systems. We show that the proximity effect admits a transparent diagrammatic formulation in terms of normal and anomalous embedding self-energies, which disentangle and quantify the distinct renormalization mechanisms generated by coupling to a superconducting bath. By combining this formalism with recursive schemes, we compute local spectral functions and proximity lengths extending over hundreds of nanometers into the bulk without resorting to thick interface slabs. We deploy the approach on tight-binding models (Qi-Hughes-Zhang and Fu-Kane-Mele), where we analyze mixed-parity superconductivity in topological insulators proximitized by s-wave superconductors, and on first-principles simulations of NbSe2/CrBr3 heterostructures based on density-functional theory and maximally-localized Wannier functions, the latter enabling direct comparison with scanning tunneling spectroscopy experiments. Our work provides a scalable and conceptually unified framework that bridges microscopic electronic structure and mesoscale proximity physics, enabling predictive atomistic simulations of superconducting interfaces.

en: First-principles real-space embedding theory of the superconducting proximity effect

proximity-effect

display_name: proximity-effect

superconductivity

display_name: superconductivity

topological-materials

display_name: topological-materials


en:
These are the data used in the manuscript titled "First–principles spin–lattice coupling from downfolded electron–phonon interaction" The abstract of the manuscript :

 We present a method to calculate spin-phonon coupling parameters from first-principles perturbation theory by downfolding the electron-phonon coupling (EPC). We exploit the localized nature of magnetic moments and atomic displacements by working in the Wannier representation of the electronic Hamiltonian and the EPC matrix. The spin system is mapped to a classical Heisenberg Hamiltonian, whose parameters are obtained by treating local spin rotations as a perturbation within a Green's-function formalism. The spin and phonon perturbations are connected through the EPC parameters, which enter as lattice-induced perturbations to the tight-binding Hamiltonian. By combining these lattice perturbations with local spin rotations, we obtain real-space derivatives of magnetic exchange parameters without performing displaced magnetic supercell calculations. We illustrate the method on SrMnO3 and show that it can be integrated directly into standard workflows.

en: First–principles spin–lattice coupling from downfolded electron–phonon Interaction

first-principles

display_name: first-principles

spin-phonon-coupling

display_name: spin-phonon-coupling


en: Isolated dual-atom sites constitute a promising yet largely unexplored strategy for directing reaction intermediates in CO₂ hydrogenation to methanol. In this work, we identify isolated Cu+–O–Ga3+ dual-atom motifs and provide a mechanistically consistent interpretation linking them to enhanced methanol synthesis. This finding is elucidated through the combined use of steady-state isotopic transient kinetic analysis (SSITKA) with diffuse reflectance infrared Fourier transform spectroscopy (DRIFTS) and density functional theory (DFT) calculations. Isolated Cu⁺–O–Ga³⁺ pairs, anchored within Cu–Ga–Mg–Al hydrotalcite–derived catalysts, are enabled by ionic-radius compatibility and the preferential Cu+-Ga³⁺ association within the oxide lattice.  X-ray absorption spectroscopy and deep learning-assisted atomic-resolution HAADF-STEM imaging, combined with statistical pair analysis, provide complementary evidence supporting a statistically relevant population of short-range Cu+–O–Ga3+ pairs. Together with the kinetic, spectroscopic, and theoretical analyses, these findings support Cu+–O–Ga3+ proximal motifs as the most plausible structural origin of the enhanced methanol-forming functionality and provide a rational design principle for improved methanol synthesis catalysts.

en: Isolated Cu⁺–O–Ga³⁺ pairs as structural motifs that enhance CO₂-to-methanol conversion

copper

display_name: copper

gallium

display_name: gallium

isolated-dual-atom-sites

display_name: isolated-dual-atom-sites

methanol

display_name: methanol


en: Lithium halides with the general formula LixMyX6}, where M indicates metal ions and X halide anions are very actively studied as solid-state electrolytes, because of relatively low cost, high stability and Li conductivity. The structure and properties of these halide-based solid electrolytes (HSE) can be tuned by alloying, e.g. using different halides and/or transition metals simultaneously. The large chemical space is difficult to sample by experiments, making simulations based on broadly applicable machine-learning interatomic potentials (MLIPs) a promising approach to elucidate structure-property relations, and facilitate the design of better-performing compositions.Here we focus on the Li3YCl6xBr6(1-x) system, for which reliable experimental data exists, and use the recently-developed PET-MAD universal MLIP to investigate the structure of the alloy, the interplay of crystalline lattice, volume and chemical composition, and its effect on Li conductivity.  We find that the distribution of Cl and Br atoms is only weakly correlated, and that the primary effect of alloying is to modulate the lattice parameter -- although it can also trigger transition between different lattice symmetries. By comparing constant-volume and constant-pressure simulations, we disentangle the effect of lattice parameter and chemical composition on the conductivity, finding that the two effects compensate each other, reducing the overall dependency of conductivity on alloy composition. We also study the effect of Y-In metal substitution finding a small increase in the conductivity for the C2/m phase at 25\% In content, and an overall higher conductivity for the P\bar{3}m1 phase.An extended study of the effect of metal substitution, enabled by the semi-quantitative accuracy of the universal model, shows that the effect of metal-site alloying is small, indicating that alloying can be used to optimize cost, or electrochemical stability, without major impact on bulk conductivity.

en: Mechanistic study of mixed lithium halides solid state electrolytes.

halide-based-sse

display_name: halide-based-sse

machine-learning-potential

display_name: machine-learning-potential

solid-state-electrolytes

display_name: solid-state-electrolytes

universal-machine-learning-potential

display_name: universal-machine-learning-potential


en: This dataset includes the input files, modified EPW code and python code to reproduce the results and recreate the figures from the paper of Nina Girotto Erhardt and Samuel Poncé: "Higher-order nonadiabaticity governs the temperature dependence of the phonon spectrum". Density functional perturbation theory computes phonons within the adiabatic framework. While many studies addressed the failure of the adiabatic approximation, the first-order nonadiabatic phonon spectrum contains certain crucial deficiencies. The first-order approximation is inadequate to describe the temperature dependence of the spectrum, underestimates phonon linewidth in the zone-center, overestimates its nonadibatic correction, and exhibits prominent nonadiabatic splitting. We show how accounting for the electron broadening by going beyond the first-order approximation mitigates these deficiencies  and improves experimental agreement.

materialscloud

en:
Materials Cloud is a platform built to enable the seamless sharing and dissemination of resources in computational materials science, offering educational, research, and archiving tools; simulation software and services; and curated and raw data. These underpin published results and empower data-based discovery, compliant with data management plans and the FAIR principles.

In the Materials Cloud you can browse, explore, download, or deposit raw and curated data (in the Discover, Explore, and Archive sections); you can access cloud or redeployable simulation services (from AiiDAlab turnkey simulations to the Quantum Mobile virtual machine, the AiiDA registry of plugins and workflows, and the OSSCAR notebooks, in the Work section), and you can use all our educational material, tutorials and lectures (in the Learn section).

electron-phonon-coupling

display_name: electron-phonon-coupling

phonons

display_name: phonons

spectral-function

display_name: spectral-function


en: Resonant Raman spectroscopy probes, in a single measurement, how electrons and phonons couple in a material. While density-functional theory (DFT) typically reproduces well phonon frequencies, resonant Raman intensities hinge on electron-phonon matrix elements and electronic transitions that are far more sensitive to the underlying exchange-correlation approximation, yet accessible so far only for a handful of semilocal functionals. Here, we introduce a general finite-difference framework that computes resonant Raman tensors for any electronic-structure method able to deliver forces, eigenvalues, and wavefunctions. Applying it to graphene and monolayer MoS2 with hybrid functionals and meta-GGAs, we show that these methods systematically enhance electron-phonon couplings relative to semilocal DFT, reflecting reduced dielectric overscreening. Accurate intensities require eigenvalues and electron-phonon matrix elements to be treated consistently at the same level of theory; among the approaches tested, hybrid functionals agree best with experiment, opening the door to systematic beyond-DFT Raman characterization of 2D materials.

en: Resonant Raman spectroscopies beyond density-functional theory

beyond-dft

display_name: beyond-dft

resonant-raman

display_name: resonant-raman


en: We present an efficient first-principles approach for simulating the nonequilibrium electron dynamic in extended systems beyond the linear regime. The method combines Koopmans-compliant functionals, which provide an accurate description of quasiparticle band structures, with the real-time evolution of the electronic density matrix in a Wannier basis within the Hartree plus screened exchange (HSEX) approximation. The locality of the orbital basis enables physically justified approximations that significantly reduce the computational and memory scaling of the method while preserving accuracy. We benchmark the approach in the linear regime against experimental spectra and reference GW-BSE calculations for systems featuring both weakly and strongly bound excitons. Moving to the nonlinear regime, we investigate high-harmonic generation (HHG) in silicon and lithium fluoride. While in silicon the HHG spectrum is largely governed by the quasi-particle band structure, we find that in materials featuring strong excitonic effect such as LiF the harmonic emission is selectively enhanced at excitonic resonances, suggesting that HHG probes correlated electron-hole excitations rather than solely the quasiparticle band structure. The present framework enables fully ab initio simulations of excitonic effects in nonlinear optical spectra at a significantly reduced computational cost compared to real-time many-body approaches, providing an efficient route to the study of ultrafast and strong-field phenomena in solids.

en: Efficient nonequilibrium electron dynamics from first-principles: leveraging Koopmans spectral functionals and Wannier localization

materialscloud

en: Materials Cloud

ab-initio

display_name: ab-initio

electron-dynamics

display_name: electron-dynamics

high-harmonic-generation

display_name: high-harmonic-generation

koopmans-functionals

display_name: koopmans-functionals

nonequilibirum

display_name: nonequilibirum

optical-absorption

display_name: optical-absorption

real-time-dynamics

display_name: real-time-dynamics


de: zeigt die nutzbaren Grundwasservorkommen, die oberirdischen Gewässer und Uferbereiche, die mittleren Grundwasserspiegel und die Mächtigkeit des Grundwassers.

de: Grundwasservorkommen

de: gewasserschutz grundwasser hydrologie

buwd-uwe

de:
Zum Leistungsauftrag der Dienststelle Umwelt und Energie gehören die Umweltbeobachtung, Information und Beratung, die Prüfung von umweltrelevanten Vorhaben, der Schutz von Umweltgütern (z.B. Grundwasser), die Kontrolle u.a. von Abfallanlagen und Feuerungen sowie die Förderung von erneuerbaren Energien und Energieeffizienz.

Die Dienststelle umfasst die Abteilungen Gewässer und Boden, Entsorgung und Risiko, Energie, Luft, Lärm & Strahlen sowie die Zentralen Dienste.

en:
The mandate of the Department of Environment and Energy includes environmental monitoring, providing information and advice, reviewing environmentally relevant projects, protecting environmental resources (e.g., groundwater), inspecting waste facilities and combustion plants, among other things, and promoting renewable energy and energy efficiency.

The department comprises the divisions of Water and Soil, Waste Management and Risk, Energy, Air, Noise & Radiation, and Central Services.

fr:
Le mandat de prestations de l'Office de l'environnement et de l'énergie comprend la surveillance de l'environnement, l'information et le conseil, l'examen des projets ayant une incidence sur l'environnement, la protection des ressources environnementales (par exemple les eaux souterraines), le contrôle, entre autres, des installations de traitement des déchets et des installations de combustion, ainsi que la promotion des énergies renouvelables et de l'efficacité énergétique.

L'Office comprend les divisions Eaux et sols, Gestion des déchets et risques, Énergie,  Air, bruit et rayonnements, ainsi que les services centraux.

en: Department of Environment and Energy

de: Dienststelle Umwelt und Energie

political_level: canton

de: Kanton Luzern, Abteilung Geoinformation

de: geocat.ch Permalink

fr: geocat.ch permalien

it: geocat.ch link permanente

en: geocat.ch permalink

spatial: Kanton Luzern

envi

en: Environment

de: Produktansicht Geodatenshop

de: Datenshop

value: Kt. LU UWE - geocat harvester


de: Offizieller Datensatz für das «Verzeichnis der Gebäudeadressen». Das Verzeichnis der Gebäudeadressen beinhaltet sämtliche offiziellen und damit behördenverbindlichen Adressen von Liechtenstein. Alle Gebäude müssen eine oder mehrere eindeutige Adressen aufweisen. Gebäude mit Wohnnutzung, Arbeitsstätten sowie Gebäude von allgemein öffentlichem Interesse müssen zwingend im offiziellen Verzeichnis der Gebäudeadressen erscheinen. Grundlage für das offiziellen Verzeichnis der Gebäudeadressen bildet die amtliche Vermessung.

en: Official data set for the "Directory of building addresses". The directory of building addresses contains all official and thus officially binding addresses in Liechtenstein. All buildings must have one or more unique addresses. Buildings with residential use, workplaces and buildings of general public interest must appear in the official directory of building addresses. The official list of building addresses is based on the official cadastral survey.

de: Offizielles Verzeichnis der Gebäudeadressen Liechtenstein

en: Official directory of building addresses Liechtenstein

en: addresses national road opendata official-geodata building-address high-value-dataset-hvd cadastral-surveying building nomenclature

de: adressen national strasse opendata geobasisdaten gebaudeadresse high-value-dataset-hvd amtliche-vermessung-av gebaude nomenklatur

fr: adresses nationales route opendata geodonnees-de-base adresse-de-batiment high-value-dataset-hvd mensuration-officielle-mo batiment nomenclature

it: indirizzi nazionali strada opendata geodati-di-base indirizzo-di-edificio high-value-dataset-hvd misurazione-ufficiale-mu edificio nomenclatura

amt-fuer-tiefbau-und-geoinformation-fl

en: The Civil Engineering and Geoinformation Office is responsible for the construction,  operation and maintenance of main roads, the coordination of geodata infrastructure, official surveying and the catastre of Public Law Restrictions on Landownership (PLR-cadastre).

de: Das Amt für Tiefbau und Geoinformation ist zuständig für den Bau,  Betrieb und Unterhalt der Landstrassen, die Koordination der Geodateninfrastrukur, die Amtliche Vermessung und den ÖREB-Kataster.

de: Amt für Tiefbau und Geoinformation

fr: Amt für Tiefbau und Geoinformation

it: Amt für Tiefbau und Geoinformation

spatial: Liechtenstein

regi

de: Regionen und Städte

en: Regions and cities

fr: Régions et villes

it: Regioni e città

de: Datenausgabestelle der Liechtensteinischen Landesverwaltung

en: Data Distribution Office of the Liechtenstein Administration

de: Homepage ATG, Datenausgabe

format: HTML

media_type: text/html

de: Geodatenportal der Liechtensteinischen Landesverwaltung

en: Geoportal of the Liechtenstein National Administration

de: Download Bereich des Geodatenportals

de: OGC WMS Dienst der Landesverwaltung

fr: OGC WMS Dienst

it: OGC WMS Dienst

en: OGC WMS Service

format: WMS

de: Dateidownload über das Geoportal Liechtenstein

fr: Dateidownload Geoportal Liechtenstein

en: Download on the Geoportal Liechtenstein

de: Download über das Geodatenportals

value: Liechtenstein - Geocat Harvester


de: Die LUSTAT-Bevölkerungsszenarien für den Kanton Luzern sind Modellberechnungen, welche die Entwicklung der ständigen Wohnbevölkerung auf kommunaler Ebene fortschreiben. Für die Szenarien wurden jeweils drei Varianten berechnet, welche sich in den zugrundeliegenden Hypothesen unterscheiden. Sie berücksichtigen Modellannahmen, welche auf demografischen und sozioökonomischen Trends der letzten Jahrzehnte beruhen. Das Berechnungsjahr der, bei den Berechnungen zugrundeliegenden, Kennziffern entspricht dem Jahr 2024. Als Anfangsbestand dient den Szenarien die ständige Wohnbevölkerung plus die Personen mit Schutzstatus S per 31.12.2023 .

it: Gli scenari demografici LUSTAT per il Cantone di Lucerna sono modelli di calcolo che estrapolano l'evoluzione della popolazione residente permanente a livello comunale. Per ogni scenario sono state calcolate tre varianti, che si differenziano per le ipotesi sottostanti. Prendono in considerazione le ipotesi del modello che si basano sulle tendenze demografiche e socioeconomiche degli ultimi decenni. L'anno di calcolo per le cifre chiave su cui si basano i calcoli corrisponde all'anno 2024. Gli scenari iniziano con la popolazione residente permanente al 31 dicembre 2023 e inoltre le persone con status di protezione S.

fr: Les scénarios de population LUSTAT pour le canton de Lucerne sont des modèles de calcul qui extrapolent l'évolution de la population résidente permanente au niveau communal. Trois variantes ont été calculées pour chaque scénario, qui diffèrent par les hypothèses sous-jacentes. Ils tiennent compte des hypothèses des modèles qui sont basées sur les tendances démographiques et socio-économiques des dernières décennies. L'année de calcul des chiffres clés sur lesquels se basent les calculs correspond à l'année 2024. Les scénarios partent de la population résidente permanente au 31 décembre 2023 et, en outre, aux personnes bénéficiant d'un statut de protection S.

en: The LUSTAT population scenarios for the canton of Lucerne are model calculations that extrapolate the development of the permanent resident population at the municipal level. Three variants were calculated for each scenario, which differ in the underlying hypotheses. They take into account model assumptions based on demographic and socioeconomic trends of recent decades. The year of calculation of the key figures on which the calculations are based on corresponds to the year 2024. The permanent resident population as of 31.12.2023 and additionally persons with protection status S is used as the initial stock for the scenarios.

it: Scenari per l'evoluzione demografica per comune di cantone di Lucerna

fr: Scénarios d’évolution démographique des communes du canton de lucerne

en: Scenarios for population development of the communes of Canton Lucerne

de: Szenarien zur Bevölkerungsentwicklung der Luzerner Gemeinden

de: bevolkerung bevolkerungsentwicklung bevolkerungsszenarien bevolkerungswachstum gemeinden wachstum

lustat

fr:
LUSTAT statistique Lucerne est le centre de compétences et de services pour la statistique publique du canton de Lucerne. Avec ses informations statistiques objectives, LUSTAT accompagne les processus de formation d'opinion et de prise de décision dans la politique, l'administration, la société et les affaires.
LUSTAT statistique Lucerne publie ici progressivement des jeux de données appropriées de la statistique cantonale sous forme de données OGD.

en:
LUSTAT Statistics Lucerne is the competence and service center for public statistics in the Canton of Lucerne. With its objective statistical information, LUSTAT accompanies opinion-forming and decision-making processes in politics, administration, society and business.
LUSTAT Statistics Lucerne is gradually publishing here suitable datasets from the cantonal statistics as OGD data.

de:
LUSTAT Statistik Luzern ist das Kompetenz- und Dienstleistungszentrum der öffentlichen Statistik im Kanton Luzern. Mit ihren objektiven statistischen Informationen begleitet LUSTAT Meinungsbildungs- und Entscheidungsprozesse in Politik, Verwaltung, Gesellschaft und Wirtschaft.
LUSTAT Statistik Luzern veröffentlicht hier schrittweise geeignete Datensammlungen der kantonalen Statistik als OGD-Daten.

it:
LUSTAT statistica Lucerna è il centro di competenza e servizi per la statistica pubblica nel cantone di Lucerna. Con le sue informazioni statistiche oggettive, LUSTAT accompagna i processi di formazione delle opinioni e decisionali in politica, amministrazione, società e affari.
LUSTAT statistica Lucerna sta gradualmente pubblicando qui oportuni set di dati della statistica cantonale come dati OGD.

de: LUSTAT Statistik Luzern

en: LUSTAT Statistics Lucerne

fr: LUSTAT statistique Lucerne

it: LUSTAT statistica Lucerna

de: Lustat Statistik Luzern (LU)

value: I14Y DCAT LUSTAT

soci

de: Bevölkerung und Gesellschaft

en: Population and society

fr: Population et société

it: Popolazione e società

de: Das mittlere Szenario (Referenzszenario) berücksichtigt Modellannahmen, welche die demografischen Entwicklungen der letzten Jahrzehnte fortschreiben. Es stellt dabei einen – aus gegenwärtiger Sicht – wahrscheinlichen Verlauf dar.

fr: Le scénario moyen (scénario de référence) tient compte des hypothèses du modèle qui extrapolent les évolutions démographiques des dernières décennies. Dans la perspective actuelle, il représente un cours probable.

en: The medium scenario (reference scenario) takes into account model assumptions that extrapolate the demographic developments of the last decades. It represents a probable course – from the current perspective.

it: Lo scenario medio (scenario di riferimento) tiene conto delle ipotesi del modello che estrapolano gli sviluppi demografici degli ultimi decenni. Dal punto di vista attuale, rappresenta un corso probabile.

de: Mittleres Szenario (Referenz) 2025 - 2055

fr: Scénario moyen (référence) 2025 - 2055

en: Medium scenario (reference) 2025 - 2055

it: Scenario medio (riferimento) 2025 - 2055

format: CSV

media_type: text/csv

de: Beim hohen Szenario werden Hypothesen kombiniert, die das Bevölkerungs- und Wirtschaftswachstum begünstigen.

fr: Le scénario haut combine des hypothèses favorables à la croissance démographique et économique. La croissance démographique est donc estimée plus élevée que dans le scénario de référence.

en: The high scenario combines hypotheses that favor population and economic growth. Population growth is therefore estimated to be higher than in the reference scenario.

it: Lo scenario alto combina ipotesi che favoriscono la popolazione e la crescita economica. La crescita della popolazione è quindi stimata superiore a quella dello scenario di riferimento.

de: Hohes Szenario 2025 - 2055

fr: Scénario haut 2025 - 2055

en: High scenario 2025 - 2055

it: Scenario alto 2025 - 2055

de: Das tiefe Szenario basiert auf Hypothesen, welche das Bildungsniveau und das Wirtschaftswachstum weniger vorantreiben und somit das Bevölkerungswachstum im Vergleich zum Referenzszenario mindern.

fr: Le scénario bas repose sur des hypothèses qui orientent moins le niveau d'instruction et la croissance économique, réduisant ainsi la croissance démographique par rapport au scénario de référence.

en: The low scenario is based on hypotheses that drive educational attainment and economic growth less, thus reducing population growth compared to the reference scenario.

it: Lo scenario basso si basa su ipotesi che spingono meno il livello di istruzione e la crescita economica, riducendo così la crescita della popolazione rispetto allo scenario di riferimento.

de: Tiefes Szenario 2025 - 2055

fr: Scénario bas 2025 - 2055

en: Low scenario 2025 - 2055

it: Scenario basso 2025 - 2055

bevolkerung

display_name: bevolkerung

bevolkerungsentwicklung

display_name: bevolkerungsentwicklung

bevolkerungsszenarien

display_name: bevolkerungsszenarien

bevolkerungswachstum

display_name: bevolkerungswachstum

gemeinden

display_name: gemeinden

wachstum

display_name: wachstum


bildungsszenarien-kanton-luzern

en:
Projections for students in compulsory education and upper secondary education in the Canton of Lucerne. Projected enrollment figures for the next fifteen years in the cantonal education system, currently for 2025–2039.
The calculated student numbers are broken down by school level and type (e.g. elementary school), grade level (e.g. 1st grade), and nationality (Swiss and foreign nationals) of the students. The calculations are based on the LUSTAT population scenarios for 2025–2055 for the Canton of Lucerne (medium scenario) as well as various model assumptions developed in collaboration with experts from the department of education and culture (BKD) of the Canton of Lucerne.

it: Scenari per allievi della scuola dell'obbligo e del livello secondario II di cantone di Lucerna. Effettivi previsti nel corso dei prossimi quindici anni nell'intero sistema di formazione cantonale.

fr: Scénarios pour les élèves de l'école obligatoire et du secondaire II. Effectifs attendus durant les quince prochaines années dans le système de formation cantonal.

de:
Szenarien zu den Lernenden der obligatorischen Schule und der Sekundarstufe II im Kanton Luzern. Voraussichtliche Bestände in den nächsten 15 Jahren im kantonalen Bildungssystem, aktuell für 2025-2039.
Die berechneten Bestände liegen nach Schulstufe und -art (z.B. Primarschule), Schulbildungsjahr (z.B. 1. Klasse) und Heimat (Schweizer/innen, Ausländer/innen) der Lernenden vor. Basis der Berechnungen bilden die LUSTAT Bevölkerungsszenarien 2025-2055 für den Kanton Luzern (mittleres Szenario) sowie verschiedenen Modellannahmen, die in Zusammenarbeit mit Experten/-innen des Bildungs- und Kulturdepartements (BKD) des Kantons Luzern getroffen werden, vgl. Methodenbericht.

de: Bildungsszenarien Kanton Luzern

en: education educational-forecasts educational-scenarios forcasts scenarios students

de: bildung bildungsprognosen bildungsszenarien lernende prognosen szenarien

fr: education eleves previsions previsions-educatives scenarios scenarios-educatifs

it: educazione previsioni previsioni-educative scenari scenari-educativi studente

title_for_slug: bildungsszenarien-kanton-luzern

educ

de: Bildung, Kultur und Sport

en: Education, culture and sport

fr: Éducation, culture et sport

it: Istruzione, cultura e sport

de: Bildungsszenarien Kanton Luzern, 2025-2039

fr: Scénarios pour le système de formation du canton de Lucerne, 2025-2039

en: Education system scenarios of the Canton Lucerne, 2025-2039

it: Scenari  per il sistema di formazione di cantone di Lucerna, 2025-2039

identifier: lustat-szbd-lu

bildung

display_name: bildung

bildungsprognosen

display_name: bildungsprognosen

bildungsszenarien

display_name: bildungsszenarien

education

display_name: education

educational-forecasts

display_name: educational-forecasts

educational-scenarios

display_name: educational-scenarios

educazione

display_name: educazione

eleves

display_name: eleves

forcasts

display_name: forcasts

lernende

display_name: lernende

previsioni

display_name: previsioni

previsioni-educative

display_name: previsioni-educative

previsions

display_name: previsions

previsions-educatives

display_name: previsions-educatives

prognosen

display_name: prognosen

scenari

display_name: scenari

scenari-educativi

display_name: scenari-educativi

scenarios

display_name: scenarios

scenarios-educatifs

display_name: scenarios-educatifs

studente

display_name: studente

students

display_name: students

szenarien

display_name: szenarien


de: Kandidierende und Gewählte bei den Gemeinderatswahlen seit 2020 im Kanton Luzern

fr: Élections communales canton de Lucerne de 2020

it: Elezioni del consiglio comunale cantone di Lucerna dal 2020

de: Gemeinderatswahlen Kanton Luzern seit 2020

en: Municipal council elections Canton Lucerne since 2020

de: gemeinderatswahlen gewahlte kandidierende kommunale-wahlen politik wahlen

gove

de: Regierung und öffentlicher Sektor

en: Government and public sector

fr: Gouvernement et secteur public

it: Governo e settore pubblico

identifier: lustat-grwahlen-lu

gemeinderatswahlen

display_name: gemeinderatswahlen

gewahlte

display_name: gewahlte

kandidierende

display_name: kandidierende

kommunale-wahlen

display_name: kommunale-wahlen

politik

display_name: politik

wahlen

display_name: wahlen


de: Das Datenset beinhaltet die Jahresrechnungen der  Gemeindefinanzstatistik des Kantons Luzern seit 2019 gemäss dem HRM2-Standard. Es werden für jede Gemeinde die Funktionen, die Kontoarten und die entsprechenden Saldi ausgewiesen. Es ist der Gebietsstand des jeweiligen Jahres aufgeführt. Die Daten wurden direkt bei den Gemeinden erhoben und bilden einen Auszug aus deren Buchhaltungssystem ab. Statistische Korrekturen zwecks Gewährleistung der Konformität mit dem kantonalen Kontenrahmen wurden in Einzelfällen vorgenommen.

en: The dataset contains the annual accounts of the Municipal Finance Statistics of the Canton Lucerne since 2019 in accordance with the HRM2 standard. The table shows the cost centers or the cost units, the account types and the corresponding account balances for each municipality. The territorial status of the respective year is disclosed. The data was collected directly from the municipalities and represents an extract of their accounting system. Statistical corrections were made in exceptional cases to ensure conformity with the cantonal chart of accounts.

de: Gemeindefinanzstatistik Kanton Luzern: Jahresrechnungen

en: Municipal Finance Statistics Canton Lucerne: annual accounts

it: Statistica finanziaria comunale cantone di Lucerna: conti annuali

fr: Statistique des finances communales canton de Lucerne: comptes annuels

de: artenkonto finanzkennzahlen funktion gemeindefinanzen gemeinden gemeinderechnungen offentliche-finanzen sachkonto statistische-grundlagen verwaltung volkswirtschaft

lustat

de:
LUSTAT Statistik Luzern ist das Kompetenz- und Dienstleistungszentrum der öffentlichen Statistik im Kanton Luzern. Mit ihren objektiven statistischen Informationen begleitet LUSTAT Meinungsbildungs- und Entscheidungsprozesse in Politik, Verwaltung, Gesellschaft und Wirtschaft.
LUSTAT Statistik Luzern veröffentlicht hier schrittweise geeignete Datensammlungen der kantonalen Statistik als OGD-Daten.

de: LUSTAT Statistik Luzern

de: Lustat Statistik Luzern (LU)

econ

de: Wirtschaft und Finanzen

en: Economy and finance

fr: Économie et finances

it: Economia e finanze

de:
Erfolgsrechnungsdaten der Jahresrechnungen der Gemeindefinanzstatistik vom Kanton Luzern nach ein- bis vierstufiger Kontoart. Datensammlung umfasst folgende Arbeitsblätter:
- Aufwand nach einstufiger Art
- Ertrag nach einstufiger Art
- Aufwand nach zweistufiger Art
- Ertrag nach zweistufiger Art
- Aufwand nach dreistufiger Art
- Ertrag nach dreistufiger Art
- Aufwand nach vierstufiger Art
- Ertrag nach vierstufiger Art

de: Jahresrechnungen Erfolgsrechnung: Aufwand und Ertrag (Artengliederung)

format: XLS

identifier: gefis-lu-jr-er-art

de:
Investitionsrechnungsdaten der Jahresrechnungen der Gemeindefinanzstatistik vom Kanton Luzern nach ein- bis dreistufiger Kontofunktion kombiniert mit zwei- bis vierstufiger Kontoart. Datensammlung umfasst folgende Arbeitsblätter:
- Investitionsausgaben nach einstufiger Kontofunktion und zweistufiger Kontoart
- Investitionseinnahmen nach einstufiger Kontofunktion und zweistufiger Kontoart
- Investitionsausgaben nach einstufiger Kontofunktion und dreistufiger Kontoart
- Investitionseinnahmen nach einstufiger Kontofunktion und dreistufiger Kontoart
- Investitionsausgaben nach einstufiger Kontofunktion und vierstufiger Kontoart
- Investitionseinnahmen nach einstufiger Kontofunktion und vierstufiger Kontoart
- Investitionsausgaben nach zweistufiger Kontofunktion und zweistufiger Kontoart
- Investitionseinnahmen nach zweistufiger Kontofunktion und zweistufiger Kontoart
- Investitionsausgaben nach zweistufiger Kontofunktion und dreistufiger Kontoart
- Investitionseinnahmen nach zweistufiger Kontofunktion und dreistufiger Kontoart
- Investitionsausgaben nach zweistufiger Kontofunktion und vierstufiger Kontoart
- Investitionseinnahmen nach zweistufiger Kontofunktion und vierstufiger Kontoart
- Investitionsausgaben nach dreistufiger Kontofunktion und zweistufiger Kontoart
- Investitionseinnahmen nach dreistufiger Kontofunktion und zweistufiger Kontoart
- Investitionsausgaben nach dreistufiger Kontofunktion und dreistufiger Kontoart
- Investitionseinnahmen nach dreistufiger Kontofunktion und dreistufiger Kontoart
- Investitionsausgaben nach dreistufiger Kontofunktion und vierstufiger Kontoart
- Investitionseinnahmen nach dreistufiger Kontofunktion und vierstufiger Kontoart

de: Jahresrechnungen Investitionsrechnung: Investitionsausgaben und Investitionseinnahmen (Kontofuntktion und Kontoart)

identifier: gefis-lu-jr-ir-fkt-art

de:
Erfolgsrechnungsdaten der Jahresrechnungen der Gemeindefinanzstatistik vom Kanton Luzern nach ein- bis dreistufiger Kontofunktion kombiniert mit zwei- bis vierstufiger Kontoart. Datensammlung umfasst folgende Arbeitsblätter:
- Aufwand nach einstufiger Kontofunktion und zweistufiger Kontoart
- Ertrag nach einstufiger Kontofunktion und zweistufiger Kontoart
- Aufwand nach einstufiger Kontofunktion und dreistufiger Kontoart
- Ertrag nach einstufiger Kontofunktion und dreistufiger Kontoart
- Aufwand nach einstufiger Kontofunktion und vierstufiger Kontoart
- Ertrag nach einstufiger Kontofunktion und vierstufiger Kontoart
- Aufwand nach zweistufiger Kontofunktion und zweistufiger Kontoart
- Ertrag nach zweistufiger Kontofunktion und zweistufiger Kontoart
- Aufwand nach zweistufiger Kontofunktion und dreistufiger Kontoart
- Ertrag nach zweistufiger Kontofunktion und dreistufiger Kontoart
- Aufwand nach zweistufiger Kontofunktion und vierstufiger Kontoart
- Ertrag nach zweistufiger Kontofunktion und vierstufiger Kontoart
- Aufwand nach dreistufiger Kontofunktion und zweistufiger Kontoart
- Ertrag nach dreistufiger Kontofunktion und zweistufiger Kontoart
- Aufwand nach dreistufiger Kontofunktion und dreistufiger Kontoart
- Ertrag nach dreistufiger Kontofunktion und dreistufiger Kontoart
- Aufwand nach dreistufiger Kontofunktion und vierstufiger Kontoart
- Ertrag nach dreistufiger Kontofunktion und vierstufiger Kontoart

de: Jahresrechnungen Erfolgsrechnung: Aufwand und Ertrag (Kontofuntktion und Kontoart)

identifier: gefis-lu-jr-er-fkt-art

de:
Erfolgsrechnungsdaten der Jahresrechnungen der Gemeindefinanzstatistik vom Kanton Luzern nach ein- bis dreistufiger Kontofunktion. Datensammlung umfasst folgende Arbeitsblätter:
- Aufwand nach einstufiger Kontofunktion
- Ertrag nach einstufiger Kontofunktion
- Nettoaufwand nach einstufiger Kontofunktion
- Aufwand nach zweistufiger Kontofunktion
- Ertrag nach zweistufiger Kontofunktion
- Nettoaufwand nach zweistufiger Kontofunktion
- Aufwand nach dreistufiger Kontofunktion
- Ertrag nach dreistufiger Kontofunktion
- Nettoaufwand nach dreistufiger Kontofunktion

de: Jahresrechnungen Erfolgsrechnung: Aufwand, Ertrag und Nettoaufwand (funktionelle Gliederung)

identifier: gefis-lu-jr-er-fkt

de: Daten der Jahresrechnungen der Gemeindefinanzstatistik vom Kanton Luzern im höchsten Detaillierungsgrad der Kontofunktion und Kontoart (aggregiert auf Minimalvorgabe vom Kanton: Stufen 3 oder 4 bei Kontofunktion und Stufen 4, 5 oder 6 bei Kontoart)

de: Jahresrechnungen: Bilanz, Erfolgsrechnung und Investitionsrechnung (Kontofunktion und Kontoart)

identifier: lustat-gefis-lu-jr

de:
Investitionsrechnungsdaten  der Jahresrechnungen der Gemeindefinanzstatistik vom Kanton Luzern nach ein- bis dreistufiger Kontofunktion. Datensammlung umfasst folgende Arbeitsblätter:
- Investitionsausgaben nach einstufiger Kontofunktion
- Investitionseinnahmen nach einstufiger Kontofunktion
- Nettoinvestitionen nach einstufiger Kontofunktion
- Investitionsausgaben nach zweistufiger Kontofunktion
- Investitionseinnahmen nach zweistufiger Kontofunktion
- Nettoinvestitionen nach zweistufiger Kontofunktion
- Investitionsausgaben nach dreistufiger Kontofunktion
- Investitionseinnahmen nach dreistufiger Kontofunktion
- Nettoinvestitionen nach dreistufiger Kontofunktion

de: Jahresrechnungen Investitionsrechnung: Investitionsausgaben, Investitionseinnahmen und Nettoinvestitionen (funktionelle Gliederung)

identifier: gefis-lu-jr-ir-fkt

de:
Bilanzdaten der Jahresrechnungen der Gemeindefinanzstatistik vom Kanton Luzern nach ein- bis vierstufiger Kontoart. Datensammlung umfasst folgende Arbeitsblätter:
- Aktiven nach einstufiger Art
- Passiven nach einstufiger Art
- Aktiven nach zweistufiger Art
- Passiven nach zweistufiger Art
- Aktiven nach dreistufiger Art
- Passiven nach dreistufiger Art
- Aktiven nach vierstufiger Art
- Passiven nach vierstufiger Art

de: Jahresrechnungen Bilanz: Aktiven und Passiven (Artengliederung)

identifier: lustat-gefis-lu-jr-bl-art

de:
Investitionsrechnungsdaten der Gemeindefinanzstatistik vom Kanton Luzern nach ein- bis vierstufiger Kontoart. Datensammlung umfasst folgende Arbeitsblätter:
- Investitionsausgaben nach einstufiger Art
- Investitionseinnahmen nach einstufiger Art
- Investitionsausgaben nach zweistufiger Art
- Investitionseinnahmen nach zweistufiger Art
- Investitionsausgaben nach dreistufiger Art
- Investitionseinnahmen nach dreistufiger Art
- Investitionsausgaben nach vierstufiger Art
- Investitionseinnahmen nach vierstufiger Art

de: Jahresrechnungen Investitionsrechnung: Investitionsausgaben und Investitionseinnahmen (Artengliederung)

identifier: gefis-lu-jr-ir-art

artenkonto

display_name: artenkonto

finanzkennzahlen

display_name: finanzkennzahlen

funktion

display_name: funktion

gemeindefinanzen

display_name: gemeindefinanzen

gemeinden

display_name: gemeinden

gemeinderechnungen

display_name: gemeinderechnungen

offentliche-finanzen

display_name: offentliche-finanzen

sachkonto

display_name: sachkonto

statistische-grundlagen

display_name: statistische-grundlagen

verwaltung

display_name: verwaltung

volkswirtschaft

display_name: volkswirtschaft


de: Das Datenset beinhaltet die Budgetdaten der  Gemeindefinanzstatistik des Kantons Luzern seit 2020 gemäss dem HRM2-Standard. Es werden für jede Gemeinde die Funktionen, die Kontoarten und die entsprechenden Saldi ausgewiesen. Es ist der Gebietsstand des jeweiligen Jahres aufgeführt. Die Daten wurden direkt bei den Gemeinden erhoben und bilden einen Auszug aus deren Buchhaltungssystem ab. Statistische Korrekturen zwecks Gewährleistung der Konformität mit dem kantonalen Kontenrahmen wurden in Einzelfällen vorgenommen.

en: The dataset contains the budget data of the Municipal Finance Statistics of the Canton Lucerne since 2020 in accordance with the HRM2 standard. The table shows the cost centers or the cost units, the account types and the corresponding account balances for each municipality. The territorial status of the respective year is disclosed. The data was collected directly from the municipalities and represents an extract of their accounting system. Statistical corrections were made in exceptional cases to ensure conformity with the cantonal chart of accounts.

de: Gemeindefinanzstatistik Kanton Luzern: Budgets

en: Municipal Finance Statistics Canton Lucerne: annual budgets

it: Statistica finanziaria comunale cantone di Lucerna: bilanci annuali

fr: Statistique des finances communales canton de Lucerne: budgets annuels

de: artenkonto funktion gemeindebudgets gemeindefinanzen gemeinden offentliche-finanzen sachkonto statistische-grundlagen verwaltung volkswirtschaft

lustat

fr:
LUSTAT statistique Lucerne est le centre de compétences et de services pour la statistique publique du canton de Lucerne. Avec ses informations statistiques objectives, LUSTAT accompagne les processus de formation d'opinion et de prise de décision dans la politique, l'administration, la société et les affaires.
LUSTAT statistique Lucerne publie ici progressivement des jeux de données appropriées de la statistique cantonale sous forme de données OGD.

en:
LUSTAT Statistics Lucerne is the competence and service center for public statistics in the Canton of Lucerne. With its objective statistical information, LUSTAT accompanies opinion-forming and decision-making processes in politics, administration, society and business.
LUSTAT Statistics Lucerne is gradually publishing here suitable datasets from the cantonal statistics as OGD data.

de:
LUSTAT Statistik Luzern ist das Kompetenz- und Dienstleistungszentrum der öffentlichen Statistik im Kanton Luzern. Mit ihren objektiven statistischen Informationen begleitet LUSTAT Meinungsbildungs- und Entscheidungsprozesse in Politik, Verwaltung, Gesellschaft und Wirtschaft.
LUSTAT Statistik Luzern veröffentlicht hier schrittweise geeignete Datensammlungen der kantonalen Statistik als OGD-Daten.

it:
LUSTAT statistica Lucerna è il centro di competenza e servizi per la statistica pubblica nel cantone di Lucerna. Con le sue informazioni statistiche oggettive, LUSTAT accompagna i processi di formazione delle opinioni e decisionali in politica, amministrazione, società e affari.
LUSTAT statistica Lucerna sta gradualmente pubblicando qui oportuni set di dati della statistica cantonale come dati OGD.

de: LUSTAT Statistik Luzern

en: LUSTAT Statistics Lucerne

de: Lustat Statistik Luzern (LU)

gove

de: Regierung und öffentlicher Sektor

econ

de: Wirtschaft und Finanzen

gemeindebudgets

display_name: gemeindebudgets


finanzausgleich-kanton-luzern

de: Die Datensätze enthalten alle Kennzahlen seit 2020, die für die Berechnung der fünf Ausgleichsgefässe des kantonalen Finanzausgleichs des Kantons Luzern gemäss Finanzausgleichsgesetz und -verordnung erforderlich sind. Die Verrechnung der Kennzahlen zu Indikatoren und die Verteilung der Mittel wird in den Anhängen der Finanzausgleichsverordnung detailliert beschrieben. Die Kennzahlen stammen aus verschiedenen Datenquellen, die zum Teil in der Verordnung explizit genannt werden.

fr: Les jeux de données contiennent tous les indicateurs depuis 2020 nécessaires au calcul des cinq enveloppes de péréquation de la péréquation financière cantonale du canton de Lucerne, conformément à la loi et à l'ordonnance sur la péréquation financière. L'imputation des chiffres clés aux indicateurs et la répartition des moyens sont décrites en détail dans les annexes de l'ordonnance sur la péréquation financière. Les indicateurs proviennent de différentes sources de données, dont certaines sont explicitement mentionnées dans l'ordonnance.

en: The data sets contain all key figures since 2020 that are required for the calculation of the fiscal equalization and cost compensation of the Canton of Lucerne in accordance with the Financial Equalization Act and Ordinance. The calculation of the indicators based on the key figures and the distribution of the funds is described in detail in the annexes to the Fiscal Equalization Ordinance. The key figures come from various data sources, some of which are explicitly mentioned in the ordinance.

en: Financial equalization canton of Lucerne

de: Finanzausgleich Kanton Luzern

fr: Péréquation financière canton de Lucerne

it: Perequazione comunale del cantone di Lucerna

de: finanzausgleich gemeindefinanzen gemeinden lastenausgleich offentliche-finanzen ressourcenausgleich statistische-grundlagen verwaltung volkswirtschaft

lustat

fr: LUSTAT statistique Lucerne

it: LUSTAT statistica Lucerna

title_for_slug: finanzausgleich-kanton-luzern

de: Topografischer Lastenausgleich

fr: Compensation des charges dues à des facteurs géo-topographiques

en: Topographic cost compensation

identifier: lustat-fa-lu-tla

de: Soziallastenausgleich

fr: Compensation des charges dues à des facteurs socio-démographiques

en: Socio-demographic cost compensation

de: Infrastrukturlastenausgleich

fr: Compensation des charges d'infrastructure

en: Infrastructure load compensation

identifier: lustat-fa-lu-ila

de: Ressourcenausgleich

fr: Péréquation des ressources

en: Equalisation of resources

it: Perequazione delle risorse

identifier: lustat-fa-lu-ra

de: Bildungslastenausgleich

fr: Compensation des charges de l'éducation

en: Equalisation of educational burdens

it: Perequazione degli oneri educativi

identifier: lustat-fa-lu-bla


de: Die Auswertung stellt Veränderungen im Wald zwischen dem 19.06.2017 und dem 18.08.2019 dar (Rasterdatensatz mit Auflösung 10m). Sie basiert auf Sentinel-2-Satellitendaten. Es wurde für beide Zeitstände der NDVI (normierter differenzierter Vegetationsindex) berechnet und dann die Differenz gebildet. Je grösser die Differenz, desto wahrscheinlicher trat eine Veränderung auf. Bei einer Abnahme des NDVI von mehr als 0.08 geht die Methode von einer Änderung aus. Bei diesem Schwellenwert können auf den Satellitenbildern optisch Veränderungen festgestellt werden.

de: Waldveränderung Juni 2017 - August 2019

de: Das AGIS Service Center unterstützt als kantonale Koordinationsstelle die Bereitstellung von Geoinformationen und Metadaten der kantonalen Verwaltung. Die zuständigen kantonalen Fachstellen stellen die öffentlichen Geodaten des Kantons Aargau mittels der Infrastruktur des AGIS Service Center in der Informatik Aargau als Webservices und zum Download bereit.

de: AGIS Service Center Kanton Aargau

de: Abteilung Wald

de: geocat.ch Permalink

fr: geocat.ch permalien

it: geocat.ch link permanente

en: geocat.ch permalink

agri

de: Landwirtschaft, Fischerei, Forstwirtschaft und Nahrungsmittel

en: Agriculture, fisheries, forestry and food

fr: Agriculture, pêche, sylviculture et alimentation

it: Agricoltura, pesca, silvicoltura e prodotti alimentari

envi

de: Umwelt

en: Environment

fr: Environnement

it: Ambiente

de: AGIS Direktdownload

value: Aargau-Kt - Geocat Harvester


de: Die Auswertung stellt Veränderungen im Wald zwischen dem 12.08.2021 und dem 12.08.2022 dar (Rasterdatensatz mit Auflösung 10m). Sie basiert auf Sentinel-2-Satellitendaten. Es wurde für beide Zeitstände der NDVI (normierter differenzierter Vegetationsindex) berechnet und dann die Differenz gebildet. Je grösser die Differenz, desto wahrscheinlicher trat eine Veränderung auf. Bei einer Abnahme des NDVI von mehr als 0.08 geht die Methode von einer Änderung aus. Bei diesem Schwellenwert können auf den Satellitenbildern optisch Veränderungen festgestellt werden.

de: Waldveränderung August 2021 - August 2022


de: Die Daten beinhalten geschützte Naturobjekte aus den genehmigten Bauzonenplänen der Gemeinden und können bei gezielten Fragen zum Thema Naturobjekte im Baugebiet verwendet werden. Sie werden vom Datensatz "Nutzungsplanung: objektbezogene Überlagerungen" ableitet (KTCode 8111, 8112, 8113, 8114 und 8119 gemäss Zonensystematik).

de: Naturobjekte im Baugebiet (themenspezifischer Auszug aus den Nutzungsplandaten)

de: Abteilung Raumentwicklung

regi

de: Regionen und Städte

en: Regions and cities

fr: Régions et villes

it: Regioni e città


de: Die Daten enthalten alle flächenbezogenen Überlagerungen des Bauzonen- und Kulturlandplans- inkl. der Schutzräume, Gefahrenzonen, Bereiche mit Sondernutzungsplanpflicht, Bereiche rechtsgültiger Sondernutzungspläne (Gestaltungsplan/Erschliessungsplan) und Gebiete mit weiteren Sonderregelungen. Die Daten entsprechen im Wesentlichen dem kantonalen Datenmodell der Nutzungsplanung. Weitere Stichworte: Gewässerraum, Gewässerräume, Ortsbildschutz, Ensembleschutz, Weilerzone, Tourismuszone, Erholungszone, Militär, Hochstammobstbestand, Naturschutzzonen, Arealentwicklung, befristete Zonen, Entwicklungsstandorte Landwirtschaft, Volumenschutz, Substanzschutz, Verkaufsnutzung, Gebäude unter Schutz

de: Nutzungsplanung: flächenbezogene Überlagerungen inkl. Sondernutzungspläne (im Bauzonen- und Kulturlandplan)


de: Die Auswertung stellt Veränderungen im Wald zwischen dem 06.09.2023 und dem 20.09.2024 dar (Rasterdatensatz mit Auflösung ca. 10m). Sie basiert auf Sentinel-2-Satellitendaten. Es wurde für beide Zeitstände der NDVI (normierter differenzierter Vegetationsindex) berechnet und dann die Differenz gebildet. Je grösser die Differenz, desto wahrscheinlicher trat eine Veränderung auf. Bei einer Abnahme des NDVI von mehr als 0.08 geht die Methode von einer Änderung aus. Bei diesem Schwellenwert können auf den Satellitenbildern optisch Veränderungen festgestellt werden.

de: Waldveränderung September 2023 - September 2024


de: Die Daten beinhalten Bereiche mit Gestaltungs-, Erschliessungs- oder Sondernutzungsplanpflicht aus den genehmigten Nutzungsplänen der Gemeinden und können bei gezielten Fragen zum Thema Sondernutzungsplanpflicht verwendet werden. Sie werden vom Datensatz "Nutzungsplanung: flächenbezogene Überlagerungen" ableitet (KTCode 6211, 6212, 6213, 6311 gemäss Zonensystematik).

de: Sondernutzungsplanpflicht im Baugebiet (themenspezifischer Auszug aus den Nutzungsplandaten)

de: Das AGIS Service Center unterstützt als kantonale Koordinationsstelle die Bereitstellung von Geoinformationen und Metadaten der kantonalen Verwaltung. Die zuständigen kantonalen Fachstellen stellen die öffentlichen Geodaten des Kantons Aargau mittels der Infrastruktur des AGIS Service Center in der Informatik Aargau als Webservices und zum Download bereit.


de: Die Daten beinhalten geschützte Hecken aus den genehmigten Kulturlandplänen der Gemeinden und können bei gezielten Fragen zum Thema Naturschutz verwendet werden. Sie werden vom Datensatz "Nutzungsplanung: linienbezogene Überlagerungen" ableitet (KTCode = 7921 gemäss Zonensystematik).

de: Hecken (geschützt) im Kulturlandplan (themenspezifischer Auszug aus den Nutzungsplandaten)

de: AGIS Service Center Kanton Aargau

de: geocat.ch Permalink


de: Die Auswertung stellt Veränderungen im Wald zwischen dem 08.08.2025 und dem 13.08.2026 dar (Rasterdatensatz mit Auflösung ca. 10m). Sie basiert auf Sentinel-2-Satellitendaten. Es wurde für beide Zeitstände der NDVI (normierter differenzierter Vegetationsindex) berechnet und dann die Differenz gebildet. Je grösser die Differenz, desto wahrscheinlicher trat eine Veränderung auf. Bei einer Abnahme des NDVI von mehr als 0.08 geht die Methode von einer Änderung aus. Bei diesem Schwellenwert können auf den Satellitenbildern optisch Veränderungen festgestellt werden.

de: Waldveränderung August 2025 - August 2026

de: Abteilung Wald

agri

de: Landwirtschaft, Fischerei, Forstwirtschaft und Nahrungsmittel

envi

de: Umwelt

de: AGIS Direktdownload