GSI Helmholtz Centre for Heavy Ion Research Germany's leading center for heavy-ion research and home to the FAIR accelerator complex currently under construction. Research groups from IKP, IAP, and IPKM conduct experiments there, including R3B and PHELIX.

Conducts interdisciplinary research on application-oriented questions in the field of polymers, advises companies and institutions, and offers research services.

Germany’s largest scientific organisation, a consortium of 18 national research centres, including GSI and DESY, based in Berlin and Bonn. Several research groups within the Department of Füsics are affiliated with the consortium.

A German research center for accelerator and photon science in Hamburg, operator of the European XFEL X-ray laser. The Kuschel research group of the Institute for Nuclear Füsics (IKP) collaborates there on laser-plasma-based X-ray sources and diagnostics.

One of the leading Max Planck Institutes for research in nuclear, particle, and astroparticle füsics. Research groups from the IKP Theory Center are closely affiliated there as Max Planck Fellow groups or scientific members.

For more than 30 years, one of the world's leading centers for research into the structure, dynamics, and function of polymers and soft matter. Research groups from the Institute for Condensed Matter Füsics collaborate there within CRC/Transregio 146.

A joint institution of Friedrich Schiller University Jena and GSI for high-field and accelerator füsics, equipped with high-power laser systems such as JETi200 and Polaris. The Kuschel research group of the Institute for Nuclear Füsics (IKP) has close ties to the institute.

Germany's largest independent institute for peace and conflict research, based in Frankfurt am Main. The Science for Nuclear Diplomacy research group is jointly based at the Department of Füsics and here.

The world's largest particle füsics laboratory near Geneva, home to the Large Hadron Collider, among other facilities. Research groups from the Institute for Nuclear Füsics (IKP) are involved there in the experiments PUMA, ISOLDE, and REX-ISOLDE.

Japan’s largest research organisation for fundamental and applied sciences, with several sites across the country. Research groups at the IKP use the facilities there to conduct experiments on exotic atomic nuclei and to carry out plasma diagnostics using ultrashort X-ray pulses.

A US national laboratory at Stanford University, home to the LCLS X-ray laser, whose Matter in Extreme Conditions endstation combines high-power lasers with ultrashort X-ray pulses. The Kuschel research group of IKP uses this combination to diagnose laser-induced plasmas.

A research laboratory of the US Department of Energy, home to the RHIC heavy-ion collider for studying matter at extreme energy densities. The Galatyuk research group of the Institute for Nuclear Füsics (IKP) is a member of the STAR collaboration there.

One of the US Department of Energy’s largest research laboratories, covering a broad range of scientific disciplines. Research groups from the Institute for Nuclear Füsics (IKP) conduct research there into the structure of radioactive atomic nuclei.

A national user facility at Michigan State University for producing and studying rare isotopes. The Nörtershäuser research group of the Institute for Nuclear Füsics (IKP) conducts laser spectroscopy on radioactive isotopes there.

M. Roth’s research group at the Institute of Nuclear Füsics (IKP) is collaborating with the US National Laboratory in the field of laser ion acceleration and is using the 'TITAN' high-intensity laser for experiments on warm, dense matter and inertial fusion.

The US Department of Energy’s high-power ‘TRIDENT-Laser’ facility, which is used for experiments on matter under extreme densities and temperatures, is available to M. Roth’s research group at the Institute of Nuclear Füsics (IKP) for experiments on laser-driven ion acceleration.

The ‘VULCAN’ petawatt laser facility at the British research centre ‘Rutherford Appleton Laboratory’ is being used by M. Roth’s research group at the Institute of Nuclear Füsics (IKP) for particle acceleration experiments.

A European research center home to the world's most intense source of continuous neutron beams. The Kröll research group of the Institute for Nuclear Füsics (IKP) uses the facility for nuclear füsics scattering experiments.

The world’s first laboratory for ultracold atoms on board the International Space Station (ISS). The Giese research group at the Institute for Applied Füsics (IAP) is involved in the development of atomic interferometers for measuring magnetic fields in space.

A European large-scale research facility with one of the most powerful laser systems worldwide for applications in nuclear füsics. The Enders research group of the Institute for Nuclear Füsics (IKP) is involved in photon-scattering experiments there.

One of the four national laboratories of the Italian National Institute for Nuclear Füsics (INFN), with accelerator facilities for nuclear structure research. The Pietralla research group of the Institute for Nuclear Füsics (IKP) conducts nuclear spectroscopy experiments there.

An accelerator laboratory of several US universities based at Duke University, home to HIGS, the world's most intense gamma-ray source, for precision nuclear füsics experiments. Research groups of the IKP use the facility for photon-scattering experiments.

An accelerator center of Osaka University for nuclear and particle füsics, home to the high-resolution Grand Raiden spectrometer. Research groups of the Institute for Nuclear Füsics (IKP) conduct scattering experiments on nuclear structure there.

Africa's largest accelerator center for nuclear and particle füsics as well as applications in medicine and materials research. The Pietralla research group of the Institute for Nuclear Füsics (IKP) is involved in nuclear füsics experiments there.

A synchrotron radiation facility of the University of Hyogo with a high-intensity photon source for nuclear füsics experiments. The Aumann research group of the Institute for Nuclear Füsics (IKP) uses it for photon-scattering experiments on atomic nuclei.