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#1 out of 178.26%
3h ago
A 'naked singularity' problem that vexed Stephen Hawking takes a step closer to reality
- A new analytic study proposes space-time crystals could mathematically yield naked singularities and microscopic black holes.
- Researchers use pen-and-paper methods by treating a large number of dimensions as a small parameter to solve the equations.
- The work extends ideas from Hawking and Thorne about naked singularities and the conditions for their observability.
- The paper discusses taking dimensions to infinity to obtain an exact solution, then reducing to realistic numbers.
- The study situates its findings within the broader context of gravitational collapse and the search for observable effects.
- The authors note current numerical methods are not exact and cannot fully replace analytical insight.
- The article connects to historical debates about naked singularities, including Hawking’s 1991 bet.
- The study quotes researchers acknowledging the gap between high-dimensional theory and realistic, testable predictions.
- The researchers aim to extend numerics to higher dimensions to bridge theory and potential real-world relevance.
- Overall, the study argues space-time crystals, naked singularities and microscopic black holes might be mathematically possible in certain models.
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