Via this portal, large-volume datasets generated at the Physics Department of Ludwig-Maximilians-Universität München (LMU) are published according to the FAIR principles.

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Recent Uploads


Convection-permitting WRF simulations with 5 microphysics schemes over 30 days

Köcher, Gregor
2025 Dataset
This dataset contains Weather Research and Forecasting (WRF) model output with five different cloud microphysics schemes for 30 convective precipitation days in 2019 and 2020. A key feature is the large number of simulation days at high horizontal grid spacing (400 m) which allows for a...
Meteorology
Cloud microphysics
WRF
Numerical Weather Prediction
Large-Eddy-Simulation
Convection
Atmosphere
Clouds
Uploaded on September 30, 2025

A gridded 30-Day dataset of convective precipitation from radar and WRF simulations with 5 microphysics schemes

Köcher, Gregor
2025 Dataset
This dataset contains 30 days of model and radar data of convective precipitation over the Munich area gridded to the same Cartesian grid with 400 m horizontal grid spacing. A key feature of this data set is easy statistical comparison of simulated convective precipitation with polarimetric...
Meteorology
Cloud microphysics
WRF
Radar
Polarimetry
Numerical Weather Prediction
Large-Eddy-Simulation
Convection
Atmosphere
Clouds
Uploaded on September 30, 2025

Level 0 data for: A Microwave Scattering Database of Oriented Ice and Snow Particles: Supporting Habit-Dependent Growth Models and Radar Applications

von Terzi, Leonie
2025 Dataset
This publication contains a new database of radar-relevant optical properties for a wide range of ice crystal shapes and aggregates, computed using the discrete dipole approximation (DDA) at 5.6, 9.6, 35.6, and 94 GHz. The database includes over 2,600 individual crystals and 450 aggregates with...
discrete-dipole approximation
ice particle scattering properties
radar forward simulation
Uploaded on September 10, 2025

Data for: Testing the parquet equations and the U(1) Ward identity for real-frequency correlation functions from the multipoint numerical renormalization group

Ritz, Nepomuk ; Ge, Anxiang ; Frankenbach, Markus Kilian ; Pelz, Mathias ; von Delft, Jan ; Kugler, Fabian B.
2025 Dataset
Recently, it has become possible to compute real-frequency four-point correlation functions of quantum impurity models using a multipoint extension of the numerical renormalization group (MuNRG). In this work, we perform several numerical consistency checks of the output of MuNRG by...
dynamical correlation functions
four-point vertex
single-impurity Anderson model
Keldysh formalism
parquet equations
Ward identities
multipoint numerical renormalization group
quantum field theory
correlated electrons
many-body physics
Uploaded on June 17, 2025

Data for: Antisolvent controls the shape and size of anisotropic lead halide perovskite nanocrystals

Frank, Kilian ; Henke, Nina A. ; Lampe, Carola ; Lorenzen, Tizian ; März, Benjamin ; Sun, Xiao ; Haas, Sylvio ; Gutowski, Olof ; Dippel, Ann-Christin ; Mayer, Veronika ; Müller-Caspary, Knut ; Urban, Alexander S. ; Nickel, Bert
2024 Dataset
Colloidal lead halide perovskite nanocrystals have potential for lighting applications due to their optical properties. Precise control of the nanocrystal dimensions and composition is a prerequisite for establishing practical applications. However, the rapid nature of their synthesis precludes...
in situ X-ray scattering
photoluminescence
nanoclusters
intermediates
acetone
dipole moment
Hansen solubility parameters
SAXS
WAXS
spectroscopy
micelles
polarity
mesophase
Uploaded on October 1, 2024