Matches in SemOpenAlex for { <https://semopenalex.org/work/W3083900002> ?p ?o ?g. }
- W3083900002 abstract "We discuss a cornucopia of potential astrophysical signatures and constraints on magnetically charged black holes of various masses. As recently highlighted, being potentially viable astrophysical candidates with immense electromagnetic fields, they may be ideal windows to fundamental physics, electroweak symmetry restoration and non-perturbative quantum field theoretic phenomena. We investigate various potential astrophysical pointers and bounds -- including limits on charges, location of stable orbits and horizons in asymptotically flat and asymptotically de Sitter backgrounds, bounds from galactic magnetic fields and dark matter measurements, characteristic electromagnetic fluxes and tell-tale gravitational wave emissions during binary inspirals. Stable orbits around these objects hold an imprint of their nature and in the asymptotically de Sitter case, there is also a qualitatively new feature with the emergence of a stable outer orbit. We consider binary inspirals of both magnetic and neutral, and magnetic and magnetic, black hole pairs. The electromagnetic emissions and the gravitational waveform evolution, along with inter-black hole separation, display distinct features. Many of the astrophysical signatures may be observationally glaring -- for instance, even in regions of parameter space where no electroweak corona forms, owing to magnetic fields that are still many orders of magnitude larger than even Magnetars, their consequent electromagnetic emissions will be spectacular during binary inspirals. While adding new results, our discussions also complement works in similar contexts, that have appeared recently in the literature." @default.
- W3083900002 created "2020-09-14" @default.
- W3083900002 creator A5020851265 @default.
- W3083900002 creator A5075081835 @default.
- W3083900002 creator A5078590500 @default.
- W3083900002 date "2021-01-06" @default.
- W3083900002 modified "2023-10-10" @default.
- W3083900002 title "Astrophysical hints for magnetic black holes" @default.
- W3083900002 cites W1971277862 @default.
- W3083900002 cites W1974166718 @default.
- W3083900002 cites W1981257877 @default.
- W3083900002 cites W1987118276 @default.
- W3083900002 cites W1987411564 @default.
- W3083900002 cites W1988915037 @default.
- W3083900002 cites W1995338401 @default.
- W3083900002 cites W2006601120 @default.
- W3083900002 cites W2018558711 @default.
- W3083900002 cites W2018717506 @default.
- W3083900002 cites W2026920155 @default.
- W3083900002 cites W2030230903 @default.
- W3083900002 cites W2031231866 @default.
- W3083900002 cites W2033886000 @default.
- W3083900002 cites W2036291813 @default.
- W3083900002 cites W2036423640 @default.
- W3083900002 cites W2038298565 @default.
- W3083900002 cites W2039882515 @default.
- W3083900002 cites W2039964660 @default.
- W3083900002 cites W2043613704 @default.
- W3083900002 cites W2045469212 @default.
- W3083900002 cites W2047382760 @default.
- W3083900002 cites W2047410333 @default.
- W3083900002 cites W2050844366 @default.
- W3083900002 cites W2053321565 @default.
- W3083900002 cites W2056530695 @default.
- W3083900002 cites W2057408271 @default.
- W3083900002 cites W2058597039 @default.
- W3083900002 cites W2063976331 @default.
- W3083900002 cites W2066856889 @default.
- W3083900002 cites W2074938024 @default.
- W3083900002 cites W2076292770 @default.
- W3083900002 cites W2076480618 @default.
- W3083900002 cites W2077070573 @default.
- W3083900002 cites W2078007267 @default.
- W3083900002 cites W2082949888 @default.
- W3083900002 cites W2089442055 @default.
- W3083900002 cites W2089745163 @default.
- W3083900002 cites W2093212801 @default.
- W3083900002 cites W2099451809 @default.
- W3083900002 cites W2121795427 @default.
- W3083900002 cites W2135827974 @default.
- W3083900002 cites W2159652023 @default.
- W3083900002 cites W2252795400 @default.
- W3083900002 cites W2271923847 @default.
- W3083900002 cites W2406257883 @default.
- W3083900002 cites W2593539968 @default.
- W3083900002 cites W2605979543 @default.
- W3083900002 cites W2610349291 @default.
- W3083900002 cites W2765081049 @default.
- W3083900002 cites W2766754978 @default.
- W3083900002 cites W2936349953 @default.
- W3083900002 cites W2950293456 @default.
- W3083900002 cites W2962876006 @default.
- W3083900002 cites W2972835250 @default.
- W3083900002 cites W2975561057 @default.
- W3083900002 cites W3037269817 @default.
- W3083900002 cites W3041944519 @default.
- W3083900002 cites W3047566722 @default.
- W3083900002 cites W3099206884 @default.
- W3083900002 cites W3100115744 @default.
- W3083900002 cites W3100991152 @default.
- W3083900002 cites W3101922377 @default.
- W3083900002 cites W3101949394 @default.
- W3083900002 cites W3102004444 @default.
- W3083900002 cites W3102991037 @default.
- W3083900002 cites W3103525966 @default.
- W3083900002 cites W3104004686 @default.
- W3083900002 cites W3104042330 @default.
- W3083900002 cites W3104404894 @default.
- W3083900002 cites W3104683523 @default.
- W3083900002 cites W3105096178 @default.
- W3083900002 cites W3106254327 @default.
- W3083900002 cites W3126017987 @default.
- W3083900002 cites W4239477731 @default.
- W3083900002 cites W4240257189 @default.
- W3083900002 cites W4243599388 @default.
- W3083900002 cites W1973286926 @default.
- W3083900002 doi "https://doi.org/10.1103/physrevd.103.023006" @default.
- W3083900002 hasPublicationYear "2021" @default.
- W3083900002 type Work @default.
- W3083900002 sameAs 3083900002 @default.
- W3083900002 citedByCount "27" @default.
- W3083900002 countsByYear W30839000022020 @default.
- W3083900002 countsByYear W30839000022021 @default.
- W3083900002 countsByYear W30839000022022 @default.
- W3083900002 countsByYear W30839000022023 @default.
- W3083900002 crossrefType "journal-article" @default.
- W3083900002 hasAuthorship W3083900002A5020851265 @default.
- W3083900002 hasAuthorship W3083900002A5075081835 @default.
- W3083900002 hasAuthorship W3083900002A5078590500 @default.
- W3083900002 hasBestOaLocation W30839000021 @default.