- #1
Quasitrium
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I was thinking if you entangled both the electron and positron in a states that both of their orbitals don't interact.
Or just entangle the electron with a helium higher orbital electron.
Or you entangled a muon with a helium proton(is that even possible?).
Is there any way to keep a particle from reaching its ground state?
Can you lower a quarks mass?
Can you entangled the electron with a positron?
Can a particle observe another particle?
Can positrons be entangled with protons?
Can other particles give a muon enough energy to stay at its metastable 2s?
Can a neutron stablize a lepton?
Can are there any other stable particles other than protons,electrons,neutrons, neutrinos and photons?
Can you stablize a particle?
Are any hyperonic atoms stable?
Or just entangle the electron with a helium higher orbital electron.
Or you entangled a muon with a helium proton(is that even possible?).
Is there any way to keep a particle from reaching its ground state?
Can you lower a quarks mass?
Can you entangled the electron with a positron?
Can a particle observe another particle?
Can positrons be entangled with protons?
Can other particles give a muon enough energy to stay at its metastable 2s?
Can a neutron stablize a lepton?
Can are there any other stable particles other than protons,electrons,neutrons, neutrinos and photons?
Can you stablize a particle?
Are any hyperonic atoms stable?