Particle Physics

University of Minnesota physicists propose new method to detect axions, addressing the Strong CP Problem in physics through particle collider …

MIT physicist Daniel Harlow explores an alternate boomerang universe, uncovering connections between quantum gravity and quantum information theory.

Groundbreaking precision achieved in matter-antimatter asymmetry measurements at the Large Hadron Collider, unraveling the Universe’s best-kept secrets.

Breakthrough research supports quantum gravity, suggesting particles slow down with increasing energy. Fermi and IceCube data validate the theory.

Discover the diverse applications of particle accelerators in science, industry, healthcare, and national security, shaping advancements in various fields.

Researchers achieve phonon splitting, a crucial step towards developing a linear mechanical quantum computer with unprecedented computational capabilities.

This article simplifies the concept of neutrons, their significance in scientific research, and advancements in neutron science.

The article explores scientific research on bottomonium mesons, their melting point at 5.8 trillion degrees Celsius, and implications for particle …

Advancing quantum understanding: Scientists resolve a mathematical puzzle in quarks and gluons, paving the way for reliable calculations in nuclear …

Discover the fascinating world of protons, the positively charged subatomic particles that are the building blocks of matter.