Why Superconductivity Emerges Only Below Critical Temperatures—and Its Implications for Grid Stability
超导性为何仅在临界温度以下出现——及其对电网稳定性的意义
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Superconductivity arises when electrons form Cooper pairs mediated by lattice vibrations, a state that collapses once thermal energy disrupts phase coherence.
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The critical temperature (Tc) marks the threshold where kT equals the binding energy of pairs—thus, higher Tc requires stronger electron-phonon coupling or unconventional pairing mechanisms.
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