
Projekte
Hessische Wissenschaftlerinnen und Wissenschaftler unterschiedlichster Disziplinen benötigen Hochleistungsrechnen für ihre Forschung.
Hessische Wissenschaftlerinnen und Wissenschaftler unterschiedlichster Disziplinen benötigen Hochleistungsrechnen für ihre Forschung.
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Laser-driven ion acceleration is an emerging field of research and one of the primary applications of high-power lasers ...
The project seeks to create a comprehensive model linking nanoscale phenomena to larger-scale behaviors to better ...
In the research area of circular building design, design concepts for sustainable masonry are being implemented using ...
Ultracold atomic gases allow for a high control over experimental parameters such as the particle number or the ...
The Pd-catalyzed asymmetric allylic alkylation of cyclobutenes is known to proceed in a deracemizing, de-epimerizing and ...
The project aims to develop a bridging model that connects the nanoscale to the upscaled levels for understanding the ...
Structural engineering, particularly concrete systems, has long focused on understanding the distribution of internal ...
In this project, our primary focus is to validate and benchmark the performance of a measurement-based variational ...
Overall objective of this project is to develop an elementary physical/chemical bridging model for the chemical reaction ...
Our hands are an example for chiral objects: they cannot be brought to coincide with its mirror image by any rotations ...
This project aims to investigate the autogenous self-healing process of small cracks in concrete using the phase-field ...
Ammonia borane (NH3BH3) is an easy to handle solid capable of releasing up to 3 equivalents of dihydrogen and therefore ...
The computational modeling of molecular transformations in organic chemistry, e.g. photo-inducible isomerizations of ...
After the matrix isolation of aminomethylene (H-C̈-NH2)[1] we study further the formation of amino acids and sugars in ...
Novel methods to access complex molecular structures open new avenues for applications in medicalas well as material ...
Novel methods to access complex molecular structures open new avenues for applications in medical as well as material ...
The computational modeling of molecular transformations in organic chemistry, e.g. photo-inducible isomerizations of ...
It is well-known that the irradiation of aromatic azides, including phenyl azide, in solution and at cryogenic ...
Colloid suspension droplets are widely encountered in industrial processes, for instance fuels with dispersed, metallic ...
Circular Rydberg states refer to the valence electron of a highly excited atom in a circular orbit. Due to their very ...
Alkanes are attractive feedstock chemicals due to their natural occurrence and they offer access to a wide variety of ...
Carbohydrates “(CH2O)n” or sugars are the formal adducts of carbon (atoms) to water with a repeating unit that ...
Gadolinium-doped tin clusters belong to an interesting class of nanoalloys. They combine the quasi-aromatically ...
Our research focuses on the activation of stable bonds/small molecules. This is traditionally accomplished by transition ...
Azobenzenes (AB) are promising candidates for molecular solar thermal energy storage (MOST) systems. After synthesizing ...
Curved aromatic molecules are unique compounds as they combine special properties due to the delocalized π-system, with ...
Our investigation aimed at determining the photo-physical properties of an ammonium tagged azobenzene 1 in comparison to ...
The prime goal of ab initio nuclear structure theory is the description of strongly interacting systems starting from ...
London dispersion forces help explaining unexpected attractive interactions of organic material. During the last century ...
Sulfur-containing compounds present in the earth’s atmosphere impact cloud formation and thus our climate. The main ...