EPR spectroscopy is an indispensable technique for investigating the chemical, biochemical and catalytic reactions in systems containing unpaired electron spins.

The CAMP Facility enables the design, fabrication, and characterization of high-quality prototype electrodes and cells based on the latest discoveries in battery materials.

The EADL provides reliable, independent, and unbiased evaluations of battery performance and life, which serve as progress measures for DOE and U.S. Advanced Battery Consortium projects.

Argonne’s scientific glassblower can be a one-stop shop for your research needs. The Glassblowing Studio provides a wide range of custom glassware to enable breakthrough research.

Argonne’s High-Throughput Research Laboratory (HTRL) utilizes highly automated and parallel approaches for applying high-throughput and combinatorial experimental methodologies to accelerate the development of new materials.

Nuclear magnetic resonance (NMR) spectroscopy at Argonne: Probing the structure of matter from the nucleus’s perspective.

Argonne’s Post-Test facility enables the identification of physical and chemical changes in aged batteries that reduce performance.

The magnet allows for the measurement and calibration of the experiment’s custom-built probes, as it provides not only a strong field but one that is uniform and stable.

The Argonne Wakefield Accelerator (AWA) is a premier electron accelerator with the world’s highest bunch charge to carry out fundamental accelerator research with an emphasis on wakefield acceleration.

Our mission is to support ATLAS physics analyses and hardware R&D, in particular for U.S. ATLAS physicists. We are one of the three ATLAS Support Centers in the U.S.

The Accelerator Development Group operates and maintains a facility for testing accelerator devices.

Argonne TRACER Center has advanced the science of krypton dating to a practical level for young and ancient groundwater and glacial ice.

The Center for Accelerator Target Science (CATS) is a national center for the development and fabrication of targets.

Multifaceted effort in the Physics Division to prepare for EIC, collaboration between Medium Energy, Theory and Accelerator groups, together with HEP and MSD.

The Radioactive Material Handling Laboratory enables the development and production of low-level radioactive sources and targets.

The Radioanalytical Counting Laboratory is equipped numerous detectors for alpha, gamma, and electron counting to directly support the production of radioactive targets and experiments performed at ATLAS.

The Physics Division operates a target development laboratory that produces targets and foils of various thickness and substrates for experiments performed at ATLAS.

CATS maintains a pool of targets available to the community

Laboratory dedicated to the development of novel accelerator targets and new target production methods.