Projects
Hessian scientists of various disciplines are using High Performance Computers for their research.
Projects
Kategorie
Jahr
Software
Universität
Cluster
Projekte
Displaying 1 - 30 of 31
Ab Initio No-Core Shell Model
The prime goal of ab initio nuclear structure theory is the description of correlated systems of many nucleons based on ...
Natural SciencesParticles, Nuclei and Fields
First-Principles Calculations of Spectroscopic Signatures I
Ideal one-dimensional (1D) electronic systems are fascinating, as they show quantisation of conductance, charge-density ...
Natural SciencesTheoretical Condensed Matter Physics
Fully Open-Shell Medium-Mass Nuclei and Electromagnetic Observables for Ab Initio Nuclear Structure II
The ab initio description of nuclear structure phenomena has progressed tremendously over the past years. In particular ...
Natural SciencesParticles, Nuclei and Fields
High-Throughput Design of New Perovskite Oxide Antiferroelectric Materials
Antiferroelectric (AFE) materials have recently been of a great interest, due to their unique applications in the energy ...
Natural SciencesTheoretical Condensed Matter Physics
Influence of Mixing Processes on the Performance of High-Pressure Polymerization I
In industrial low-density polyethylene (LDPE) production, mixtures of organic peroxide initiators are used to start the ...
Engineering SciencesProcess Engineering, Technical Chemistry
Interplay Between Spin Orbital and Lattice Degrees of Freedom in Multiferroic and Orbital Ordered Oxide Systems
The electronic structure plays a key role in determining the physical properties of highly correlated electron systems ...
Natural SciencesTheoretical Condensed Matter Physics
Matrix Elements of New Families of Chiral Interactions
The goal of ab initio nuclear structure theory is the description of nuclei from first principles without uncontrolled ...
Natural SciencesParticles, Nuclei and Fields
Precision Scale Setting Directly at High Temperatures Using Gradient Flow
The overarching goal of our research project is the determination of the QCD topological susceptibility Xtop(T) at very ...
Natural SciencesParticles, Nuclei and Fields
Rational Design of Narrow-Hysteresis Materials by Tailoring Magnetoelastic Interactions
One important aim of modern energy-conserving technologies is magnetic cooling at room temperature. This environmentally ...
Natural SciencesTheoretical Condensed Matter PhysicsEngineering SciencesMaterials Science
Ab-initio Description of p-shell Hypernuclei
Hypernuclei are atomic nuclei that contain other baryons apart from nucleons (protons and neutrons). These other baryons ...
Natural SciencesParticles, Nuclei and Fields
Ab-initio-Untersuchung von Zinnoxiden
Zinnoxide mit verschiedenen Zusammensetzungen: Auf dem Weg zum elektronischen Bauelement Zinn ist ein ungiftiges ...
Natural SciencesParticles, Nuclei and Fields
Electronic Pairing in Low-Dimensional Systems from Lattice Density-Functional Theory
The properties of strongly interacting electrons subject to local pairing interactions have been investigated ...
Natural SciencesTheoretical Condensed Matter Physics-
Elektronendosimetrie in der Strahlentherapie
Eine erfolgreiche Strahlentherapie mit hochenergetischer Photonen- oder Teilchenstrahlung impliziert eine möglichst ...
Life SciencesBasic Research in Biology and MedicineMedicineNeurosciences 
Evolution of Partonic and Hadronic Matter in Relativistic Heavy-Ion Collisions
The Parton Hadron String Dynamics (PHSD) transport approach has been used to study the evolution of hadronic and ...
Natural SciencesParticles, Nuclei and Fields
Gitter-QCD-Berechnung der Massen von D- und D_s-Mesonen und von Charmonium
Die Quantenchromodynamik (QCD) ist die elementare Theorie der Quarks und Gluonen. Auf Grund der Komplexität der zugrunde ...
Natural SciencesOptics, Quantum Optics and Physics of Atoms, Molecules and PlasmasParticles, Nuclei and Fields
Gitter-QCD-Untersuchung von Tetraquark-Kandidaten
Die Quantenchromodynamik (QCD), die Theorie der Quarks und Gluonen, beschreibt den Aufbau eines Großteils der uns ...
Natural SciencesOptics, Quantum Optics and Physics of Atoms, Molecules and PlasmasParticles, Nuclei and Fields
Hartree-Fock Many-Body Perturbation Theory
In modern nuclear structure theory, interactions are constructed from the fundamental symmetries imposed by quantum ...
Natural SciencesOptics, Quantum Optics and Physics of Atoms, Molecules and PlasmasParticles, Nuclei and Fields
Highly-Excited Valence Electron Systems
The application of ultrashort laser pulses in the field of materials processing is promising, because it provides a ...
Natural SciencesOptics, Quantum Optics and Physics of Atoms, Molecules and PlasmasParticles, Nuclei and Fields
In-Medium Similarity Renormalization Group for Nuclei
Theoretical nuclear physics aims at a consistent theoretical description of nuclei as quantum-mechanical many-body ...
Natural SciencesParticles, Nuclei and Fields-
Insight into Heterogeneous Catalysis through Simulation on the Atomic Level
Industrial chemistry intensively employs chlorine as oxidizing agent in a variety of organic chemical reactions, in ...
Engineering SciencesProcess Engineering, Technical Chemistry 
Lattice QCD on Loewe-CSC
The strong force is described by Quantum Chromodynamics (QCD). This theory has been experimentally tested to be a valid ...
Natural SciencesParticles, Nuclei and Fields
Monte Carlo Modelling of Ion-Beam Cancer Therapy on Sub-Micron Scales
The modern radiation therapy of localized tumours applies accelerated beams of protons and carbon ions to deliver a high ...
Natural SciencesParticles, Nuclei and Fields
Monte Carlo Simulation of the Neutron Radiation Field around a Medical 18 MV Linac
Today the majority of cancer radiation therapy treatments are performed at medical electron linear accelerators (linacs) ...
Life SciencesMedicine
Nuclear Matter in the Parity Doublet Model with Fluctuations
Strong-interaction matter fuels the stars and makes up almost the entire mass of the luminous universe. The underlying ...
Natural SciencesParticles, Nuclei and Fields-
Phasenstabilität und elektronische Bandstruktur von Kupferoxid
Auf der Suche nach Materialien für zukünftige Anwendungen in Bereichen der Energiegewinnung und Elektronik stehen vor ...
Natural SciencesTheoretical Condensed Matter Physics -
Photonendosimetrie in der Strahlentherapie
In den vergangenen Jahren wurde durch die Entwicklung neuer Techniken in der Strahlentherapie ein enormer Fortschritt ...
Life SciencesMedicine 
Spectral Functions and Transport Coefficients of Matter under Extreme Conditions
A few milliseconds after the Big Bang, the universe was about 200,000 times hotter than the core of the sun, so that ...
Natural SciencesTheoretical Condensed Matter Physics-
SPP 1386 Nanostrukturierte Thermoelektrika - Wärmetransport in Silizium auf der Nanoskala
Ein limitierender Faktor für die weitere Miniaturisierung elektronischer Halbleiterbauelemente auf der Nanoskala ist die ...
Natural SciencesTheoretical Condensed Matter Physics -
The Simulation of Fluids for Psychophysical Studies
Most research on visual recognition focuses on objects, which are defined primarily by their shape. By contrast, fluids ...
Life SciencesMedicine 
Thermal Transport Properties in Magnetic Tunnel Junctions
The new research field of spincaloritronics is the combination of two research fields: magnetism (spintronics) and ...
Natural SciencesTheoretical Condensed Matter Physics
