~;> multiverse are real
as real as the antimatter itself
:read:
Every particle has an antiparticle with the same mass but the opposite electric charge. The proton has the negatively charged antiproton; the electron has the positively charged anti-electron, or positron.
The possibility of antimatter first surfaced in equations formulated by British theoretical physicist Paul Dirac in 1928 - four years before American experimenter Carl Anderson found positrons in cosmic rays.
Notoriously, matter and antimatter destroy each other, or annihilate, whenever they come into contact. An electron and a positron mutually destruct in a puff of light consisting of two photons sent out in precisely opposite directions, each with an energy corresponding exactly to the mass of the electron (and positron).
Neutral particles can have antiparticles, too. The neutron might have no charge, but quarks - the smaller particles that make it up - do. Turn these quarks into antiquarks by flipping their charges, and you've made an antineutron.
At the moment physicists are having enough difficulty just taming antihydrogen, the simplest possible anti-atom. Can we ever expect them to make a whole anti-periodic table?
Gravity works the same way on all matter – but what about antimatter? If it behaves differently, it could overturn our understanding of physics
:ty:
godbless unto all always