Non-quantum theory of space-time could soon be tested, potentially reshaping our understanding of time
By
Leah Crane
Summary
This article explores the central challenge in modern physics: reconciling general relativity (governing gravity and large-scale space-time) with quantum mechanics (governing the very small scale). It discusses how most proposed solutions remain untested, but a new approach — a non-quantum theory of space-time — could soon be experimentally investigated. If validated, this idea would fundamentally alter our understanding of time itself.
Source
Twitter / XNon-quantum theory of space-time could soon be tested, potentially reshaping our understanding of timenewscientist.comKey quotes
· 3 pulledThe most vexing question in physics right now is how general relativity – the laws that govern gravity and space-time on large scales – meshes with quantum mechanics, the laws that govern very small scales.
Now, though, the day is approaching when one of those ideas could be put to the test.
If it holds up, it could dramatically change our view of time.
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