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  • Scuba divers and comb jellies

    Diving into the adaptations of life under extreme pressure

    CHESS is uniquely equipped to harness the power of SAXS for studying samples under extreme pressure - observing the structural behavior of molecules and systems under such conditions. 

    Read more!
  • Image of scientists looking at plants and X-ray images

    CHESS receives $20M from NSF for new X-ray beamline

    The U.S. National Science Foundation has awarded the Cornell High Energy Synchrotron Source (CHESS) $20 million to build a new precision X-ray beamline for research on biological and environmental systems.

    Read more!
The quantum tug-of-war between structure and spin
QM2 scattering

Using advanced X-ray scattering at the QM2 beamline at CHESS, researchers uncovered how atomic bonds and magnetic moments compete inside a newly discovered material - revealing a frustrated lattice where structure and magnetism intertwine and opening new possibilities for quantum materials research.

Unlocking How Microstructure Drives Phase Changes in Austenitic Steels
tensile loading at CHESS

How does grain size shape the way advanced steels respond to extreme conditions? Using high-energy X-ray diffraction at the FAST beamline, researchers uncovered how the parent austenite grain size in stainless steel can either suppress or accelerate the transformation to martensite. The findings reveal new pathways for tuning microstructure to improve the performance of these widely used structural materials.

Headlines

Unlocking how microstructure drives phase changes in austenitic steels
Schematic illustration of the in situ tensile loading SXRD data experimental setup.
Read More
November 17, 2025
The quantum tug-of-war between structure and spin
QM2 Image
Read More
November 11, 2025
Under Pressure: How CHESS Helped Reveal Hidden Differences in Our DNA Packaging
nucleosomes and DNA
Read More
October 15, 2025

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