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Research Project Will Revamp Fusion Analysis Method | Business | Mar 2024

Research Project Will Revamp Fusion Analysis Method | Business | Mar 2024
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Schenefeld , Schleswig-holstein , Germany , Saxony , Sachsen , Tobias-dornheim , Just-transition-fund , Thomson , National-ignition-facility , Lawrence-livermore-national-laboratory , Helmholtz-international-beamline , Science-communication-lab

Precise X-ray thermometer for warm dense matter

Warm dense matter (WDM) measures thousands of degrees in temperature and is under the pressure of thousands of Earth's atmospheres. Found in many places throughout the universe, it is expected to ...

Michael-bussmann , Tobias-dornheim , Lawrence-livermore-national-laboratory , Nature-communications , Dominik-kraus-university-of-rostock , National-ignition-facility , Helmholtz-international-beamline , Advanced-systems-understanding , X-ray-thomson , Young-investigator-group , Computational-quantum-many-body , Scientific-head

Advocating new paradigm for electron simulations

Advocating new paradigm for electron simulations
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Zhandos-moldabekov , Monte-carlo , Tobias-dornheim , Jan-vorberger , Young-investigator-group-leader-dr , Jan-vorberger-institute-of-radiation-physics , Institute-of-radiation-physics , Helmholtz-international-beamline , Advanced-systems-understanding , Radiation-physics , Helmholtz-zentrum-dresden-rossendorf , Chemical-theory

Harnessing the power of AI to understand warm dense matter


Credit: Attila Cangi
The study of warm dense matter helps us understand what is going on inside giant planets, brown dwarfs, and neutron stars. However, this state of matter, which exhibits properties of both solids and plasmas, does not occur naturally on Earth. It can be produced artificially in the lab using large X-ray experiments, albeit only at a small scale and for short periods of time. Theoretical and numerical models are essential to evaluate these experiments, which are impossible to interpret without formulas, algorithms, and simulations. Scientists at the Center for Advanced Systems Understanding (CASUS) at the Helmholtz-Zentrum Dresden-Rossendorf (HZDR) have now developed a method to evaluate such experiments more effectively and faster than before.

Germany , Leipzig , Sachsen , Japan , Hamburg , United-states , Rossendorf , United-kingdom , Dornheim , Nordrhein-westfalen , Dresden , Kobe