Helmholtz Research Academy Hesse for FAIR

Projects

Selected projects

Here you will find a selection of the projects of our scientists. Of course, this list is not complete, but only offers a small insight into the research of the Helmholtz Research Academy Hessen for FAIR.

mCBM
The mCBM experiment is a precursor to the CBM experiment, one of the four pillars of FAIR.
Electromagnetic probes
By means of electromagnetic probes, one can learn something about the interior of hot and dense matter.
Transport simulations
Transport simulations provide the opportunity to understand the collision dynamics of a nucleus-nucleus collision in as much detail as possible.
Lattice Gauge Theory
Partly it is not possible to calculate the full theory. This is where the lattice gauge theory comes into play.
CBM
The Compressed Baryonic Matter Experiment is one of the four pillars of FAIR.
Tetraquarks
Usually hadrons consist of 3 quarks or a quark-antiquark pair. But theoretically also states with four quarks are conceivable.
PANDA
The program around the PANDA detector is one of the four pillars of FAIR.
Strangeness
Strange particles not only sound strange, but some of them also have interesting properties.
Neutron-rich nuclei with R3B
In this project, neutron-rich nuclei and neutron-rich matter are studied at the R3B experiment.
R3B
In this project, neutron-rich nuclei and neutron-rich matter are studied at the R3B experiment.
Explosive nucleosynthesis
Where do our elements come from?
Plasma acceleration
By means of new techniques, particle accelerators are getting better and better.
COLTRIMS at CRYRING
High-precision measurements at CRYRING
CRYRING
One ring to store all ions.
Green Computing
All the data from the FAIR system would be completely worthless if it were not evaluated, stored and interpreted. This is where Green Computing comes into play.
SIS 100
The workhorse of any particle accelerator facility is, of course, the accelerator as such. Here we present the SIS 100.

Projects

Selected projects

mCBM

Electromagnetic probes

Transport simulations

Lattice Gauge Theory

CBM

Tetraquarks

PANDA

Strangeness

Neutron-rich nuclei with R3B

R3B

Explosive nucleosynthesis

Plasma acceleration

COLTRIMS at CRYRING

CRYRING

Green Computing

SIS 100