3 ms·
How do we know that? Because of how it behaves in electric and magnetic fields. In particular, how it accelerates. It obviously has a negative sign in it somewh
by phkahler 4y ago
How do we know that? Because of how it behaves in electric and magnetic fields. In particular, how it accelerates. It obviously has a negative sign in it somewhere. My point is that we don't know if that sign flip is in charge or mass. A lot of the math behaves in accordance with observation whether we flip the charge or the mass.
- thfuran 4y ago>How do we know that Both theory and experimental validation. Their interaction with electric fields, their interaction with gravity, conservation laws, and so on.
- tiborsaas 4y agoRecent experiment at CERN: https://www.space.com/matter-antimatter-same-response-to-gravity https://www.space.com/matter-antimatter-same-response-to-gra...