#particle-physics

#particle-physics

The KATRIN experiment has made significant strides in measuring the mass of neutrinos, increasing understanding of these elusive particles.

The new upper limit on neutrino mass is 0.45 eV, essential for understanding particle mass mechanisms and cosmic formation.

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.

The Future Circular Collider aims to be four times more powerful than the current collider, promising groundbreaking physics discoveries.

The project faces criticism for potential climate impacts and limited operational time.

CERN has detailed its plans for the FCC, expected to start operating around 2040.

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

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.

New muon experiments may provide insights into dark matter and fundamental particles, without the immense costs associated with facilities like the Large Hadron Collider.

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.

Physicists are exploring new experiments to search for ultra-lightweight particles as possible candidates for dark matter.

Physicists have discovered the most energetic neutrino ever recorded on Earth, potentially revealing cosmic accelerators at work.

Researchers detected the most energetic neutrino ever, exceeding previous records, and suggesting cosmic origins outside our galaxy.

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

Tsung-Dao Lee, Chinese-American physicist and Nobel Prize winner, passed away at 97 in San Francisco, leaving a legacy of groundbreaking work in particle physics.

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

Chinese-American physicist Tsung-Dao Lee, Nobel laureate and pioneer in particle physics, passed away at 97 in San Francisco.

He left a legacy advancing science with his remarkable theories and contributions, admired globally by the scientific community.

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.

China plans to build a US$5 billion particle smasher to study the Higgs boson in detail, potentially beating Europe's proposed mega-collider.

The Higgs field contributes little to the mass of the Universe, contrary to common belief.

The creation of a Broadway musical about particle physics, based on the discovery of the Higgs boson, showcases an unconventional yet intriguing approach to storytelling.

Researchers created the heaviest exotic antimatter hypernucleus, revealing complex phenomena that challenge classical physics and enhance our understanding of particle physics.

Matter has prevailed over antimatter in the universe, leaving scientists to investigate why this asymmetry occurred.

The CMS experiment at LHC confirms the W boson mass aligns with the standard model, dispelling doubts regarding previous anomaly observations.

The CMS experiment's measurement of the W boson confirms the standard model, countering previous anomalies and reaffirming established physics.

Neutrinos were unpredicted but crucial, leading to the investment of multi-billion-dollar facilities to study them for a stronger grasp on particle physics.

The DUNE project seeks to explain the universe's matter-antimatter imbalance through innovative research at the Sanford Underground Research Facility.

Neutrinos are abundant but rarely interact with matter; detecting energetic neutrinos requires massive experiments like IceCube.

Visionary researcher overturned idea of all particles behaving as mirror images.

Tsung-Dao Lee, Nobel Prize-winning physicist, passes away at 97 in San Francisco.