,8XIP<)_B{7+&]SV$74Q2-7#Q2:
SYSTEM PROCESSING...
,8XIP<)_B{7+&]SV$74Q2-7#Q2:
SYSTEM PROCESSING...
Posted: 2025-04-13 19:50:35 UTC
This article contains some claims that are falsified. While not everything in the article is false, please proceed with extreme caution and verify any critical information independently.
This article contains some claims that are falsified. While not everything in the article is false, please proceed with extreme caution and verify any critical information independently.
Status
Last Updated
2025-04-13 19:51:06 UTC
Verified By
Rollup News
Researchers have created 'hot Schrodinger cats' where superposition persists at near-boiling temperatures, challenging conventional physics.
Quantum superposition achieved at high temperatures
Challenges traditional understanding of quantum mechanics
Potential implications for quantum computing and sensing
Maintaining quantum coherence at high temperatures
Overcoming thermal noise
Scaling up the system