#particle-physics

#particle-physics

Despite our advancements in cosmology and particle physics, significant mysteries, especially regarding matter-antimatter asymmetry and dark matter, remain unsolved.

Hydrogen's absorption of light helps map dark matter distribution in the universe, suggesting a possible new particle.

Dark matter waves may be interacting with particles in Earth's ionosphere, offering a potential hunting ground for researchers.

Dark matter, making up 85% of the universe's mass, profoundly influences the gravitational dynamics of visible matter across multiple scales.

Rubin's observations in the 1970s provided crucial evidence for dark matter's existence through the constant rotation speeds of distant stars.

Dark matter may consist of a hidden spectrum of particles, rather than a single particle, affecting the universe's evolution differently than we currently understand.

A rare kaon decay event observed at CERN may challenge the established Standard Model of particle physics.

CERN's Future Circular Collider aims to explore beyond the standard model of particle physics, facing technological and funding challenges.

CERN's Future Circular Collider feasibility study is a key step toward a new, larger particle accelerator to expand understanding of fundamental physics.

CERN, celebrating its 70th anniversary, is renowned for groundbreaking discoveries including the Higgs Boson and technological advancements through particle physics.

AI is set to revolutionize fundamental physics and enhance understanding of the universe's fate.

Matt Strassler's 'Waves in an Impossible Sea' redefines fundamental physics concepts, making them accessible and engaging for both experts and general readers.

Neutrinos, nearly massless and chargeless particles, are pivotal in understanding fundamental questions about the universe, prompting extensive research like the DUNE project.

Atoms are not fundamental; they consist of protons, neutrons, and electrons, which in turn are made of quarks and gluons.

James Bjorken was instrumental in advancing particle physics through his work on quarks and Bjorken scaling.

Subtle quantum corrections can influence particle behavior, creating complex dynamics within quantum fields.

The potential decay of the Higgs field poses profound implications for the universe's fundamental structure.

The LHC enables exploration of quantum mechanics through high-energy particle collisions, particularly studying quantum entanglement using the top quark.