The Hunt for the Holy Grail of Physics
Why a material that conducts electricity without resistance at room temperature would trigger a second industrial revolution.
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Electrical resistance occurs when electrons collide with metal atoms, creating heat and energy loss.
Superconductors allow electrons to pair up and move without friction or thermal vibration.
Current superconducting records require temperatures as low as minus one hundred twenty-two degrees Celsius.
Room-temperature superconductors could enable a global grid that transmits solar power across continents.
Superconducting motors can reach ninety-nine percent efficiency for carbon-neutral aviation and shipping.
Single-Flux-Quantum logic offers a faster and lower-power alternative to traditional computing architecture.
- 01Intro1 min
- 02The Friction of Modern Life1 min
- 03The 140-Degree Gap2 min
- 04A World Without Resistance1 min
- 05Outro1 min
- Room-Temperature Superconductivity Heats Up
- Scientists break 30-year superconductivity record at normal ...
- First ambient temperature and pressure superconductor ...
- Room-temperature superconductor
- Physicists break longstanding high-temperature ...
- The short, spectacular life of that viral room-temperature superconductivity claim
- In search of a room-temperature superconductor, scientists present ...
- The maximum T c of conventional superconductors at ambient pressure
- At last, room temperature superconductivity achieved
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