00:00The universe could be locked in its current energy state by quantum effects, similar to those in quantum computers.
00:06This new research explains why the cosmos may not escape what physicists call a false vacuum,
00:12a state that looks stable but isn't the lowest energy option.
00:15The study shows that interactions during the early universe's rapid expansion suppress,
00:20a quantum field's ability to tunnel to a different state, effectively trapping it.
00:25This cosmic lockdown happens because information about the field leaks into its environment,
00:30causing decoherence that blocks transitions.
00:33The researchers say this effect may help explain why fields like the Higgs remain stable,
00:38though it doesn't guarantee eternal stability.
00:40Their work connects quantum information science with cosmology,
00:44shedding light on the universe's long-term fate.
00:47Disclosure. This video contains stock footage and content created or enhanced, using AI-assisted tools.
