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Lawrence Livermore participates in NASA’s first planetary defence test
NASA’s first ever planetary defence test is launched, that deliberately collides a spacecraft into an asteroid called Dimorphos.
Lawrence Livermore National Laboratory (LLNL) is taking...
ATLAS: pushing the boundaries of particle physics analysis
Dr Jinlong Zhang, ATLAS Group Leader at the Argonne National Laboratory, discusses Argonne’s involvement in physics analysis in the ATLAS experiment at CERN.
At the...
The GlueX Experiment: Investigating the gluonic excitations of mesons
Professor Curtis A Meyer, from Carnegie Mellon University’s Department of Physics, provides fascinating insights into the cutting-edge research conducted at the GlueX Experiment.
Over the...
Developing a novel tool for analysing massive superconducting circuits
Researchers have developed a technique for analysing large superconducting circuits, which could facilitate advancements in the field of quantum computing.
Evidence towards a ‘new physics’ beyond the Standard Model of particle...
Towards a ‘new physics’: calculations made by scientists at the University of Bonn support the hypothesis that the Standard Model of physics should be extended.
New method achieves unprecedented accuracy in quantum computers
Researchers have devised an innovative method for optimising the accuracy of quantum computers, a significant limitation of the technology.
European storms exacerbated by the effects of climate change
A team of climate experts has identified that European storms will be significantly intensified in the coming years due to climate change.
Using Artificial Intelligence to analyse big data from astronomy surveys
Japanese researchers at have developed a groundbreaking method to mitigate the effects of shape noise in astronomy surveys.
Boosting quantum computer capabilities with a standard desktop
Scientists have developed an efficient computing method, combining the power of a quantum computer with the reliability of a conventional PC.
Destruction of ancient ozone layer stunted human population
Research has signified that a primordial supervolcano severely decreased atmospheric ozone levels, reducing the human population.
Plasma jets reveal magnetic fields in galaxy clusters
Researchers at Nagoya University have discovered plasma jets interacting with magnetic fields in a gigantic galaxy cluster 600 million light-years away, utilising radio telescopes and supercomputer simulations.
The Big Data challenge at the Large Hadron Collider
The IFIC's José Salt and Santiago González de la Hoz discuss the Big Data challenge at the LHC and how deep learning is being used in LHC experiments to extract knowledge.
VTT’s quantum technology in Finland and Europe
Himadri Majumdar, manager at VTT, discusses the research centre's role in delivering quantum technology to Finland and Europe.
Footage of a DNA helix shows it dancing inside the cell
Researchers at universities in Yorkshire have developed videos based on high-resolution images of a DNA helix, allowing us to see ‘dancing DNA’ for the first time.
Scientists detect quantum information stored in 100,000 nuclear quantum bits
Researchers have detected quantum information in 100,000 nuclear quantum bits, bringing us one step closer to the quantum internet.
Scientists analyse plant microbes to understand crop health and boost food...
A team of researchers has identified 300 species of plant microbes that grow with common Asian vegetables, which could improve crop health.
Leading the US nuclear physics community
Berkeley Lab discusses leading the US nuclear physics community and the diverse research activities taking place at the lab.
Scientists have used a small quantum computer to solve a major...
Researchers have shown that they can solve a small part of a major logistics problem with their small quantum computer.
European Commission supports political agreement on €7.5bn Digital Europe Programme
The European Commission has embraced the political agreement on the first EU programme that aims to accelerate the Digital Europe Programme.
Black hole simulations to drive innovation in gravitational wave detectors
Researchers for RIT have developed new black hole simulations that could further the development of gravitational wave detectors.