Anderson described it as a “positive electron” or positron.

Anderson described it as a “positive electron” or positron.

An atom of antihydrogen consists of an antiproton and a positron (an antielectron).

We have said that, for the same charge, the total mass of a positive electron is much greater than that of a negative.

This corresponds to a production of one million volts of photonic energy per positive electron.

This corresponds to a production of one million volts of photonic energy per positive electron.

If a neutron becomes a proton, there is an emission of a negative electron and if it is the proton that becomes a neutron, a positive electron is emitted.

It is estimated that each time a positive electron is absorbed while penetrating platinum, it produces two photons of half of a million volts each.