Science News
Curated by RSF Research Staff
Can Something Get So Hot that It Can’t Get Any Hotter?
What is the relevance of a maximum temperature limit in understanding unified physics? The key carry-away concept is that the vacuum has already exceeded the Planck temperature limit. Hence, it is comprised of innumerable micro-black holes that produce the geometrodynamic spacetime structures we call particles, and the quantum gravitational forces that determine their interactivity.
Article: https://futurism.com/videos/can-something-get-so-hot-that-it-cant-get-any-hotter/
Sharing is caring - please share this with your friends:
If you like this content, you will love the Resonance Academy.
No SPAM. Ever. That’s a promise.
When it comes to temperature—we know that there’s an absolute zero. But is there an absolute ‘hot’?