SUPERCONDUCTIVITY & MEISSNER-EFFECT SIMULATION

▸ Loading BCS theory – Cooper pairs…
▸ Cooling the YBCO sample through Tc=92K
▸ Measuring resistance R → 0
▸ Expelling the field (Meissner) · magnet levitates
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⌂ Matter

Simulation room Superconductivity & Meissner

Superconductivity
Online
R → 0 below Tc
Status dial
🧊 T · R · B · Phase
resistance R drops to 0 when T ≤ Tc
Temperature T
Resistance R
Magnetic field B
Levitation
Cooper pairs
State
Note
Below Tc, electrons bind into Cooper pairs that glide without collisions → R=0. The block expels all of the field (Meissner) → the magnet levitates. Type II pins flux → stable levitation.
Drag the TEMPERATURE below Tc=92K → resistance drops to 0 & the magnet levitates · adjust the FIELD · pick a scenario · click a concept for details
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Resistance & levitation over time Rlev