Particle PhysicsNews - Page 1

Electron beam technology emerges as a new weapon against PFAS pollution

Environment
Electron beam technology offers a powerful new method to break down PFAS pollution in water and soil, providing an efficient alternative.

Europe’s KM3NeT neutrino telescope hunts the origins of the Universe

Science
KM3NeT telescope has detected the most energetic neutrino ever recorded, offering new clues to the Universe’s most extreme phenomena.

Dark matter may have begun much hotter than scientists thought

Science
New dark matter research challenges decades-old theories and sheds light on the early beginnings of the Universe. Find out more.

Safety and efficiency: Beam-intercepting devices

Science
CERN's Marco Calviani discusses the work of the team and the unique challenges they encounter in maintaining reliability and durability.

University of Sheffield evidence suggests dark matter and neutrinos interact

Science
Research suggests dark matter and neutrinos may interact, offering fresh insight into how cosmic structures formed and challenging models.

Advanced quantum detectors reinvent the search for dark matter

Science
A Texas A&M experiment has designed highly advanced quantum sensors to push the boundaries and explore the mystery of dark matter.

The Quantum Universe: Where elementary particle physics meets quantum science and technology

Quantum
Superconducting microwire detectors are redefining precision in high-energy particle detection through quantum technology advances.

The European Strategy for Particle Physics reaches important milestones

Science
At its 225th session, the CERN Council recently received recommendations for updating the European Strategy for Particle Physics.

How large is the proton? How do we measure it?

Science
Prof Gao of Duke University and Prof Dutta of Mississippi State University outline the multifaceted nature of the proton through its size.

CERN Council endorses next step for the Future Circular Collider

Science
CERN advances plans for the Future Circular Collider, a next-generation particle accelerator set to succeed the LHC.

LHC detects extremely rare single top quark for the first time

Science
LHC observed a single top quark along with W and Z bosons, an extremely rare process that happens only once every trillion proton collisions.

Antimatter: Messages from nature’s mirror image in the quantum world

Science
Learn how the world’s largest particle accelerators probe matter-antimatter asymmetry to uncover physics beyond the Standard Model.

Cardiff University table-top experiment sets record in hunt for gravitational waves

Science
Cardiff University’s QUEST experiment has set a new world record for sensitivity in detecting very high-frequency gravitational waves.

Inside the ALICE upgrades at AGH University of Krakow – Past, present and future

Science
AGH University of Krakow shares an update on the ALICE experiment upgrade, past successes of the experiment, and hopes for its future.

CERN and F4E join forces to advance fusion energy development

Energy
CERN and F4E have signed a major agreement to accelerate fusion energy, superconducting magnets, and advanced scientific technologies.

New neutron spin echo spectrometer (ν-NSE) at the NIST Center for Neutron Research

Science
An international collaboration has led to the development of a next-generation neutron spin echo spectrometer at NIST. Find out more.

Across the Atlantic and into the atom: Canada’s growing ties with Europe in the world of subatomic physics

Science
Learn how TRIUMF plays a key role in European subatomic physics collaboration, contributing expertise to major CERN-led experiments.

Neutrons, nuclear and understanding our Universe: Insights from n_TOF at CERN

Science
Alberto Mengoni, Spokesperson for n_TOF at CERN, discusses the facility and how it utilises unique neutron beams to understand our Universe.

ORNL unveils mobile muon detector to advance nuclear security and quantum computing

Science
ONRL has developed a mobile muon detector that enhances nuclear fuel monitoring and advances quantum computing research. find out more.

Black holes may be the source of dark energy, Durham University study reveals

Space
New research suggests black holes may generate dark energy, offering a bold explanation for the Universe’s accelerating expansion.
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