Unverified50% confidenceOpinionExact time
A cutting-edge conjecture proposes that space may emerge from quantum entanglement, with strongly entangled objects appearing adjacent and weakly entangled ones appearing distant.
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50%
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Long-term
Relevance
10/10/2026
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UnverifiedMark Van Raamsdonk's 2010 paper presents the picture that progressively severing the quantum entanglement between two subsystems in the boundary CFT corresponds to the bulk spacetime geometry topologically fracturing into two disconnected regions.74% similarUnverifiedIn the holographic perspective, gravity and curved spacetime are not the fundamental constituents of the universe, but phenomena that emerge from more fundamental quantum information and quantum entanglement structures on the boundary.72% similarUnverifiedPhysicist Mark Van Raamsdonk used a thought experiment to show that if the entanglement between two regions is severed, the corresponding spacetime geometry splits into two disconnected pieces of spacetime.70% similarUnverifiedLoop quantum gravity does not assume extra dimensions but instead quantizes spacetime itself; space is composed of discrete spin networks and has a minimum quantum unit.68% similarUnverified量子隧穿是粒子穿过经典物理认为不可逾越的势垒，因为波函数在势垒内部呈指数衰减但不为零67% similar
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