FI: THE RESOLUTION OF SINGULARITIES IN GRAVITATIONAL COLLAPSE AND ITS IMPLICATIONS FOR ASTROPHYSICAL BLACK HOLES. - DANIELE MALAFARINA 
 ELENCO COMPLETO 

DATA: 26-06-2019

SEZIONE DI FIRENZE
The recent observations of gravitational waves from binary black hole mergers and of the ‘shadow’ of the supermassive black hole in the galaxy M87 have finally delivered experimental data of phenomena where the limits of General Relativity could be tested. One one hand, observations seem to confirm that black hole candidates are well described by the classical relativistic solutions. On the other hand, the existence of curvature singularities in such solutions suggests that there must exist a regime where the classical description fails. Many theoretical models describing relativistic collapse without the occurrence of singularities have been developed over the last few decades. Such models may bear significant consequences for astrophysical black holes. The times seem now mature enough to ask whether such consequences may be tested experimentally. (Daniele Malafarina - Nazarbayev Univ. - Kazakhstan)


 SITO COLLEGATO 

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16-07-2019: Genova ricorda i 50 anni dall’allunaggio
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11-07-2019: Physics and Philosophy of the Future: the Flow of Time between Physics and Metaphysics
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04-07-2019: V. Tretyak - Final results of the Aurora experiment to study double beta decay of 116Cd with enriched 116CdWO4 crystal scintillators

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