Particle Physics

MIT physicists capture first-ever images of fermion pairs, providing key insights into electron pairing in superconducting materials. (160 characters)

Researchers achieve record-breaking precision measuring electron’s symmetry, advancing understanding of matter’s existence & alternative investigative approaches.

Researchers use random matrix theory to theoretically explain neutrino mass hierarchy, advancing our understanding of elementary particles.

Physicists discover the threshold energy where quark-gluon plasma formation stops, aiding in understanding matter transitions and nuclear phases.

Scientists at Brookhaven Lab use 2D physics to decode neutron star secrets, simplifying dense nuclear matter study & advancing understanding …

Physicists at RHIC explore phase changes in nuclear matter, aiming to pinpoint a critical point in matter transformation post-Big Bang.

Physicists at Penn State uncover universal physics in quantum systems using ultra-cold atomic gases, shedding light on their dynamic response …

Researchers unveil a new effect in neutron decay, reshaping understanding of weak & electromagnetic forces interaction and universe’s symmetry.

Exploring the mysteries of quantum physics, particle accelerators propel charged particles to high speeds, enabling collision studies and scientific breakthroughs.

Scientists link dark matter’s lack of clumpiness to axions, ultra-light particles. Potential breakthrough for understanding the universe and supporting string …