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SUMMARY:Synchronized bosonic hair: equilibrium solutions
DTSTART:20220621T140000Z
DTEND:20220621T160000Z
DTSTAMP:20260724T104242Z
UID:137ae405-303c-4eb4-94eb-b0e5be0eb057
SEQUENCE:1
CREATED:20220620T092428Z
DESCRIPTION: Resumo:Bosonic fields can spin down rotating black holes (BHs
 ) via superradiance. If massive\, they may remain trapped in the vicinity 
 of a BH and endow it with hair co-rotating in synchrony with the event hor
 izon. An illustrative example of this mechanism is the family of BHs with 
 synchronized hair\, that can co-exist with Kerr BHs and emerge dynamically
  from them at some scales. In this talk\, I will first explore the feature
 s of BHs with vanishingly little (scalar and vector) hair\, drawing their 
 similarity to the atomic orbitals of the electron in a hydrogen atom. Then
 \, I will discuss how hairy such BHs can become from the growth and satura
 tion of superradiant instabilities. Finally\, I will show how massless bos
 onic fields can also bind to BHs and form synchronized clouds.
LAST-MODIFIED:20220620T092428Z
LOCATION:Online
URL:http://df.vps.tecnico.ulisboa.pt/pt/eventos/synchronized-bosonic-hair-
 equilibrium-solutions/
X-ALT-DESC;FMTTYPE=text/html:<p data-block-key="bze8o"> </p><p data-block-
 key="8p6i2"><b>Resumo:</b><br/>Bosonic fields can spin down rotating black
  holes (BHs) via superradiance. If massive\, they may remain trapped in th
 e vicinity of a BH and endow it with hair co-rotating in synchrony with th
 e event horizon. An illustrative example of this mechanism is the family o
 f BHs with synchronized hair\, that can co-exist with Kerr BHs and emerge 
 dynamically from them at some scales. In this talk\, I will first explore 
 the features of BHs with vanishingly little (scalar and vector) hair\, dra
 wing their similarity to the atomic orbitals of the electron in a hydrogen
  atom. Then\, I will discuss how hairy such BHs can become from the growth
  and saturation of superradiant instabil</p><p data-block-key="e5avg">itie
 s. Finally\, I will show how massless bosonic fields can also bind to BHs 
 and form synchronized clouds.</p>
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