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Group photo of 2025 'Physics in and Through Cosmology' Workshop participants. Credit: Thor Swift, Berkeley Lab

Article
Physics

Christopher Reis, a graduate student in ATAP's Superconducting Magnet Program, operates an ion beam scanning electron microscope to study the irradiated microstructures of REBCO-based superconductors. (Credit: Berkeley Lab ATAP Division)

Article
ATAP

Davide Terzani and Carlo Benedetti from ATAP's BELLA Center discuss how to initialize a time-averaged ponderomotive approximation simulation in a boosted frame. (Credit: Matt Fullmer, Berkeley Lab)

Article
ATAP

A close-up view of the GRETA interior. Silver-grey modules are arranged in a flower-like configuration around a small central opening. and surrounded by metallic housing with circular ports.

Article
Nuclear Science

Finn Kohrell and Jeroen van Tilborg discuss the laser's optical stretcher, a part of the laser system that controls the separation (stretching) and re-compression of different wavelength components of the laser pulse, which are all crucial for laser amplification and pulse envelope shaping. (Credit: Matthew Fullmer, Berkeley Lab)

Article
ATAP

Reed Teyber and Chet Spencer work on the experimental setup for measuring inter-tape contact resistance in REBCO-based superconducting cables. (Credit: Matthew Fullmer, Berkeley Lab)

Article
ATAP

Simulation of the explosion of a 40 solar mass star, 1.7 seconds after collapse. The rendered entropy shows regions heated by the expanding shock wave and/or neutrino heating. The development of turbulent convection and global asymmetry facilitate a successful explosion. (Credit: T. Wang, UC Berkeley)

Article
Nuclear Science

A team led by Jacklyn Gates (left) and Jennifer Pore used FIONA to make the first direct measurement of molecules containing nobelium. Credit: Marilyn Sargent, Berkeley Lab

Article
Nuclear Science

EBSS2025 participants (Credit: Robinson Kuntz, Berkeley Lab)

Article
Nuclear Science

An artistic representation of a liquidlike fireball of "quark-gluon plasma" (QGP) created in a collision of two gold ions at the Relativistic Heavy Ion Collider (RHIC). This collision has also produced a correlated spray of particles (a "jet") back-to-back with a photon (wavy purple line). Scientists from RHIC's STAR Collaboration showed that interactions of the jet particles cause the QGP to splash sideways, like the wake behind a power boat, enabling them to measure properties of the plasma. (Valerie A. Lentz/Brookhaven National Laboratory)

Article
Nuclear Science

Gravitational waves (blue lines) that pass through a magnet (orange) will cause it to oscillate, thereby generating an oscillating magnetic field that could be detected. In this way, large magnets can operate as Weber Bars. Image Credit: Nick Rodd, Berkeley Lab

Article
Physics

Jefferson Lab’s Continuous Electron Beam Accelerator Facility (CEBAF) Hall A. (Credit: Jefferson Lab)

Article
Nuclear Science

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