Every now and then, tiny particles of antimatter strike Earth from cosmic parts unknown. A new balloon-borne experiment ...

The positrons—the antiparticle of the electron—could then be accelerated by the laser’s electric field to produce a positron ...

A top physicist is ‘confident’ Chinese scientists can build the world’s largest collider, as debate of the project continues.

Chen et al. at Lawrence Livermore National Laboratory (LLNL) have now succeeded in generating copious amounts of positrons 1.After illuminating a millimetre-thick gold target with short, ultra ...

In a new study published inNature Physics, scientists at the MAJORANA Collaboration have tested the stringency of charge ...

Eliezer Rabinovici, the president of the European Organisation for Nuclear Research (CERN) and professor emeritus of physics ...

Prior research has shown that an electric field exists around the event horizon of black holes, some of which are strong enough to create both electrons and positrons. Under such a scenario ...

Only the byproducts of these processes remain: mostly neutrinos, electrons, positrons, and photons of enormous wavelengths. For all intents and purposes, the universe as we know it will have come ...

We're owners. We're curious. We're positrons. Lake describes the system’s four concentric circles. “The system acknowledges that our most ideal Twilion lives right in the center, where all ...

Thus, surrounding every electron is a cloud of energy from the electric field, and a second cloud of electrons and positrons flickering in and out of existence. Those clouds are the reason that ...

The proposal involves digging a new tunnel under Cern and then installing a ring that would initially collide electrons with their positively charged counterparts, positrons. Stage two would ...

positrons, neutrinos, and antineutrinos). The possible existence of antimatter is a common topic for speculation. The purpose of this note is to direct attention to what may be a close analogue to ...