The Collaborative Research Centre (CRC) 1667 “Advancing Technologies of Very Low Altitude Satellites (ATLAS)” addresses the fundamental scientific and engineering challenges of rendering Very Low Earth Orbit (VLEO, about 200 km to 450 km altitude) accessible. It encompasses 17 distinct scientific subprojects, which are organised into three project areas, respectively addressing the problem of sustainable VLEO flight at different levels. Each of these project areas in turn comprises two project sub-clusters indicating a common focus area and a particulary close collaboration between research partners.
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Data for: Energy conservation and pressure relaxation in an extended two-temperature model for copper with an electron temperature-dependent interaction potential
Mar 2, 2026 - A01 Gas-Surface Interactions Investigated by Atomistic Simulations
Kümmel, Simon; Roth, Johannes, 2026, "Data for: Energy conservation and pressure relaxation in an extended two-temperature model for copper with an electron temperature-dependent interaction potential", https://doi.org/10.18419/DARUS-5743, DaRUS, V1
This data set includes MD data that was used for the paper "Energy conservation and pressure relaxation in an extended two-temperature model for copper with an electron temperature-dependent interaction potential". In each folder, the respective data as well as analysis and visualization scripts written in Python are given. ANATE_200ps.zip: MD data...
Data for: Development and validation of an electron temperature-dependent interaction potential for silicon and copper for the use in atomistic simulations of laser ablation
Sep 8, 2025 - A01 Gas-Surface Interactions Investigated by Atomistic Simulations
Kümmel, Simon; Roth, Johannes, 2025, "Data for: Development and validation of an electron temperature-dependent interaction potential for silicon and copper for the use in atomistic simulations of laser ablation", https://doi.org/10.18419/DARUS-5161, DaRUS, V2
This data set includes DFT and MD data that was used for the paper "Development and validation of an electron temperature-dependent interaction potential for silicon and copper for the use in atomistic simulations of laser ablation". In each folder, the respective data as well as analysis and visualization scripts written in Python are given. Singl...
C06 High-Fidelity Earth Gravity Field Mapping from VLEO Constellations(Universität Stuttgart)
C06 High-Fidelity Earth Gravity Field Mapping from VLEO Constellations logo
Jul 16, 2025
C05 Novel Concepts for Ranging, Precise Orbit and Attitude Determination of VLEO Satellites(Universität Stuttgart)
C05 Novel Concepts for Ranging, Precise Orbit and Attitude Determination of VLEO Satellites logo
Jul 16, 2025
C04 Models and Methods for a Self-Organising Distributed Computing Platform for Satellite Constellations(Universität Stuttgart)
C04 Models and Methods for a Self-Organising Distributed Computing Platform for Satellite Constellations logo
Jul 16, 2025
C03 Extremely High Data Rate Communications(Universität Stuttgart)
C03 Extremely High Data Rate Communications logo
Jul 16, 2025
C02 Laser Ranging and Laser-Based Attitude Determination(Universität Stuttgart)
C02 Laser Ranging and Laser-Based Attitude Determination logo
Jul 16, 2025
C01 Fundamentals of VLEO Satellite Operations(Universität Stuttgart)
C01 Fundamentals of VLEO Satellite Operations logo
Jul 16, 2025
B06 Integrated Quantum Technologies for Satellite Applications(Universität Stuttgart)
B06 Integrated Quantum Technologies for Satellite Applications logo
Jul 16, 2025
B05 Large-Scale and Flexible Perovskite Solar Cells for VLEO Applications(Universität Stuttgart)
B05 Large-Scale and Flexible Perovskite Solar Cells for VLEO Applications logo
Jul 16, 2025
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