Where does the mass come from?

The experiment HADES  looks deep into the medium: It investigates the properties of dense nuclear matter created in the course of heavy ion collisions.

© Thomas Ernsting / Hessen schafft Wissen

One facility, thousand possibilities

Electrical fields are used to accelerate ions. Magnets direct and focus them. The ions can be accelerated up to about 90% of the speed of light.

 © Jan Michael Hosan / Hessen schafft Wissen

Cutting edge technology

Many instruments and experimental techniques are under development for the next-generation accelerator facility FAIR.

© Jan Michael Hosan / Hessen schafft Wissen

Nuclei far off

The R3B experimental setup is a versatile reaction setup with unprecedented efficiency, acceptance, and resolution for kinematically complete measurements of reactions with high-energy radioactive beams.

© Jan Michael Hosan / Hessen schafft Wissen

Round 'n' round

The ions perform several millions of circulations per second in the storage rings. They are stored and used for experiments. Cooling systems allow high precision experiments.

© Jan Michael Hosan / Hessen schafft Wissen

What we are made of

Large-scale experiments look deep inside the matter: how does the matter behave? Where does its mass come from? Which structures does matter form?

© Thomas Ernsting / Hessen schafft Wissen

Fast and cool

A high-performance computation on-site Green-IT building is under development. It will use new state-of-the-art cooling technology requiring substantial R&D work.

© Thomas Ernsting / Hessen schafft Wissen

QCD Simulations, Dynamics and Medical Physics

The research focuses on large-scale simulations of FAIR-related physics.

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QCD phenomenology deals with the properties of strongly interacting matter.

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Instrumentation and Computing

The work covers the research and development activities for the FAIR experiments.

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The activities focus on the optimization and required R&D work on the FAIR accelerators.

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