Northwestern scientists trapped a single positron for months at near absolute zero, resolving individual quantum energy steps ...
After capturing the fast-moving particle from radioactive decay, the scientists cooled it to nearly absolute zero. Then, they ...
Northwestern physicists created a one-positron quantum cyclotron, resolving individual changes in the antimatter particle’s ...
Northwestern University physicists held one positron, the antimatter twin of the electron, in a cold vacuum trap for months, ...
Experts captured, cooled, and trapped a single positron (the antimatter twin of an electron) into an “exquisitely controlled ...
You can’t hold antimatter in your hand or even in a regular laboratory apparatus. As soon as antimatter meets matter, the two ...
New Scientist on MSN
A single antimatter particle was held in a trap for months
After trapping a positron for the first time, physicists plan to use the resulting data to look for answers to one of ...
In a cryogenic, superconducting vacuum trap, physicists at Northwestern University in the US successfully kept a single ...
An overlooked particle could have altered the early Universe in ways that helped produce the imbalance between matter and ...
Physicists trap and cool down positron for months to measure its 'magnetic moment' with extraordinary precision.
Some results have been hidden because they may be inaccessible to you
Show inaccessible results