PhysicsNews - Page 19

Towards a precise measurement of the CP violation phase

Research & Discovery
Dr Vincent Tisserand, Research Director at Clermont Ferrand Physics Laboratory (LPC PLUS), looks at the past, present, and future of efforts to make a precise measurement of the CP violation phase to challenge the Standard Model of Particle Physics.

Detecting time dilation with anti-neutrinos and atomic clocks

Research & Discovery
Australian physicists are currently using anti-neutrinos and atomic clocks to understand time dilation and the nature of time itself.

Tackling the big data challenge of particle physics experiments

Research & Discovery
A team of UK scientists are developing software to utilise big data sets collected from particle physics experiments, particularly those at the Large Hadron Collider.

High-energy cosmic neutrinos are born by quasars

Research & Discovery
Physicists have discovered that all high-energy cosmic neutrinos are born by quasars – galactic nuclei that contain supermassive black holes.

Facing new computing challenges in high energy physics experiments

Research & Discovery
Professor Xavier Vilasis-Cardona explains why computer scientists are so important to the future of high energy physics experiments.

University at Buffalo’s high energy physics research

Research & Discovery
Professor Avto Kharchilava reports on University at Buffalo's involvement in high energy physics research, including joining CERN’s CMS Collaboration, measurements of SM processes and searches for BSM phenomena.

Metal-free porous carbons: innovations for energy and environmental applications

Research & Discovery
Professor Conchi O Ania, Research Director of CNRS at CEMHTI, discusses the possibilities of metal-free porous carbons in energy and environmental applications.

Success in particle physics: ‘We are here to understand how nature works’

Research & Discovery
Caltech’s Professor Harvey Newman discusses his success in particle physics and provides a view to the future of the field.

New evidence of Higgs boson decay at CERN

Research & Discovery
Physicists from the ATLAS Collaboration have discovered evidence of the Higgs boson decaying to a low-mass dilepton system and a photon.

Optical computing: multiplying light signals could help solve complex computational problems

Technology
A new type of optical computing could lead to ultra-fast computers that solve highly complex computational problems by multiplying light signals.

Magnetic graphene sheds new light on superconductivity in 2D materials

Research & Discovery
Researchers have identified a form of magnetism in ‘magnetic graphene’, which could help us understand superconductivity in 2D materials.

Neutron star rotating 377 times a second emits mysterious gamma-ray pulsations

Space
A research team found a neutron star rotating 377 times a second in an exotic binary system that emits mysterious gamma-ray pulsations.

Swedish project will develop superconducting magnets to control charged particles

Research & Discovery
A new project will develop energy efficient superconducting magnets that can be used to control charged particles, like electrons and protons.

Neutrino experiments in Japan: tradition at the frontier of physics

Research & Discovery
Professor Federico Sanchez from the University of Geneva looks at the history of neutrino experiments in Japan.
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