- #1
Jirnyak
- 19
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- TL;DR Summary
- cooper pairs, composite boson particles (spin number = 0 or 1) from two coupled electrons. The movement of cooper pairs is forming a superconducting current. Superconducting current does not have a dissipation of energy from Resistance as it happens in normal current so Qubit (Quantum bit) circuit could be treated as a system of only conservative forces. Why are not cooper electrons infinitely accelerating?
Hello, I am trying to learn Quantum mechanics and have some questions I cannot answer. cooper pairs, composite boson particles (spin number = 0 or 1) from two coupled electrons. The movement of cooper pairs is forming a superconducting current. Superconducting current does not have a dissipation of energy from Resistance as it happens in normal current so Qubit (Quantum bit) circuit could be treated as a system of only conservative forces. What is a potential for cooper pairs to move into? Why are not cooper electrons infinitely accelerating?