PhysicsNews - Page 1

Relativistic Heavy Ion Collider enters its final chapter: 25 years of groundbreaking discoveries

As RHIC enters its final year, learn how scientists push the limits of nuclear physics, unlocking new insights into quark-gluon plasma.

Gravitational waves: LIGO, Virgo & KAGRA detect 200th signal

The LIGO, Virgo, and KAGRA gravitational-wave observatories have detected their 200th candidate gravitational wave signal. Find out more.

Tackling the grand challenges of engineering with plasma science

The National Academy of Engineering identifies the capabilities of plasma science for addressing some of the biggest industry challenges.

Unlocking high-energy electron acceleration proton-driven plasma technology

The AWAKE experiment at CERN is advancing plasma wakefield acceleration using a proton beam for the acceleration of electrons.

Welcome to the world of laboratory astrophysics

Learn how laboratory astrophysics uses powerful lasers and plasma experiments to recreate extreme cosmic environments.

What kind of light do quantum technologies need?

Discover how squeezed light enables new quantum technologies, advancing photonic computing, precision measurement, and cryptography.

Astrocent: New particle astrophysics science and technology centre in the heart of Europe

Discover how Astrocent advances astroparticle physics with cutting-edge technology to study dark matter, neutrinos, and gravitational waves.

TRIUMF and actinium-225 – the ‘world’s rarest drug’

By developing isotopes like actinium-225, the research and development teams at TRIUMF have the potential to revolutionise cancer care.

Jets, photons, calorimeters and quark gluon plasma from PHENIX to sPHENIX

Discover how sPHENIX, the next-generation RHIC detector, builds on PHENIX’s legacy to unveil insights into quark gluon plasma.

Low-temperature plasma science and engineering enable a broad range of societal transformations

Peter Bruggeman from the University of Minnesota discusses the impact of recent advances in low-temperature plasmas.

CMS collaboration tests Lorentz symmetry with top quarks at the LHC

Discover how the CMS collaboration at the LHC tested Lorentz symmetry using top quarks, reaffirming Einstein’s special relativity.

Unveiling the secrets of the Higgs Boson: The ATLAS Collaboration’s latest insights and measurements

CERN’s Katharine Leney discusses the ATLAS Collaboration’s latest findings and their implications for understanding the Higgs boson.

Axion discovery may unveil mysterious properties of dark matter

Discover the groundbreaking axion research uncovering the properties of dark matter, revealing its role in the Universe.

ISIS Neutron and Muon Source: 40 years of transformative research

From net zero to drug delivery, insights from neutron and muon experiments are helping to tackle some of the most pressing global challenges.

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