Sharfuddin et al. applied thermodynamic forcing in a particle-based DNS model to study turbulence-cloud-aerosol interactions ...

For the first time, Northwestern University physicists have coaxed a single positron — the antimatter counterpart of an ...

You can’t hold antimatter in your hand or even in a regular laboratory apparatus. As soon as antimatter meets matter, the two ...

In a cryogenic, superconducting vacuum trap, physicists at Northwestern University in the US successfully kept a single ...

After trapping a positron for the first time, physicists plan to use the resulting data to look for answers to one of ...

Recent experiments are making both kinds of structure more accessible, while showing why they must first be described ...

Fujitsu develops new technology to improve solar energetic particle prediction, helping protect satellites and astronauts ...

Brown researchers found mathematical patterns in particle movement that are part of the cluster bootstrap method.

Physicists trap and cool down positron for months to measure its 'magnetic moment' with extraordinary precision.

A “forgotten” particle could answer the mystery of why we exist, say physicists. A new theory on the birth of the cosmos has ...

Matter-antimatter imbalance may trace back to a long-ignored heavy neutrino, according to a new theoretical model in Physical ...