If true this would mean 0 heat and 0 electrical resistance at room temp, which we so far have demonstrated to be achieved at low temps (like 0 kelvin) or high pressure.

We could theoretically have levitating vehicles, maybe even high powered rail guns for home use, but more practically our energy use would be very low. The power one of our modern computers use now could possibly power thousands of superconductor computers, if not millions.

Excellent post,fren. This is very huge!

This is a window into the tech for a post awakened world. Endless possibilities for future technology development!

Probably safe to assume We’ve had this tech for years. And since the plebs are mostly ignoring the Aliens thing aside from memes. They need something to throw into the news cycle to buy time.

Also. I can imagine every researcher, physicist, and Engineer who wasn’t in the know on this. Is beyond ecstatic. As it’s been a popular idea for years. That the discovery of Room Temp Super Conductors would be the key to explosive technological and scientific growth.

Just wait until Cold Fusion gets front and center. Once all the physicists (that aren't Cabal) realize how the information was suppressed, that's when the Shit Hits the Fan on the physics community.

This is pretty huge. Losses due to heat is a big problem for the transport of power over great distances. It is also the reason we utilize AC power for transmission. Power due to heat loss is the product of current squared times resistance. P=I^2 x R. The elimination of power loss due to heating will increase efficiency dramatically, however it doesn't mean it will solve all of our energy needs. We still need energy generation. The reduction of heat in windings will increase the life expectancy of motors and windings to as long as the wire coating lasts and far less motor cooling will be necessary. Cell phones, electric cars, all small portable electronics will have much greater efficiency. This is big news indeed.

Discovering cheap room temperature semiconductors will change the world! Here's a list of 50 possibilities:

1. Ultra-efficient power transmission lines
2. High-speed maglev trains & transportation systems
3. Compact & powerful MRI machines
4. Advanced energy storage systems
5. Superconducting electric motors for vehicles
6. Next-generation quantum computers
7. Ultra-sensitive magnetometers for scientific research
8. Superconducting levitating devices for everyday use
9. More powerful and efficient generators
10. Faster and more powerful supercomputers
11. High-resolution medical imaging devices
12. Superconducting transformers for power distribution
13. Highly efficient electric grid infrastructure
14. Room-temperature superconducting magnets for scientific experiments
15. Superconducting fault current limiters for power grids
16. Advanced particle accelerators for research and medical purposes
17. High-speed and low-loss data communication devices
18. Compact and powerful fusion reactors
19. Superconducting nanoelectronics for faster processors
20. Improved wireless power transfer technology
21. Superconducting energy-efficient refrigeration systems
22. Magnetic resonance therapy devices for medical treatments
23. Ultra-sensitive magnetic sensors for security applications
24. Efficient and compact magnetic resonance imaging (MRI) machines
25. Superconducting quantum interference devices (SQUIDs) for sensing and measuring weak magnetic fields
26. High-capacity, low-loss energy storage systems for renewable energy sources
27. Advanced superconducting batteries for electric vehicles
28. Magnetic shielding technology for sensitive electronic devices
29. Superconducting flywheels for energy storage and stabilization
30. Compact and powerful electromagnetic launchers for space exploration
31. High-performance superconducting digital circuits for computing
32. Superconducting transformers for energy-efficient power distribution
33. Superconducting electromagnets for medical applications
34. Room-temperature superconducting cables for high-power applications
35. Superconducting wind turbines for increased efficiency
36. Highly efficient electric motors for industrial applications
37. Magnetic levitation-based transportation networks for cities
38. Superconducting quantum interference devices (SQUIDs) for brainwave monitoring
39. Superconducting levitation systems for high-speed trains and transportation
40. Superconducting energy storage for stabilizing power grids
41. Compact and powerful magnetic resonance spectrometers for chemical analysis
42. Superconducting energy-efficient cooling systems for electronics
43. Advanced superconducting quantum bits (qubits) for quantum computing
44. Superconducting cyclotron for medical isotope production
45. Room-temperature superconducting electromagnets for particle colliders
46. Superconducting power converters for renewable energy integration
47. High-performance superconducting transistors for electronics
48. Superconducting fault current limiters for electrical safety
49. Superconducting antennas for improved wireless communication
50. High-capacity superconducting cables for undersea power transmission

https://twitter.com/s_florib/status/1686287272075747329

I'd guess these room temp superconductors make pretty poor heating elements then?

Is this some of that alien technology