Brighter Than The Sun 5 (60 Promo) - 9 mixes

  • Key G (ends in G)
  • Metre 4/4
  • Tempo 162 bpm (ends at 162)
  • Tempo Notes Fast
  • Album Number 1940/5
  • ISRC GB-FFM-13-94005
  • Publisher Audio Network Limited
  • Release Year 2013
Factoid In 2010, a researcher at the University of Sheffield discovered a group of "monster stars" using the European Southern Observatory's giant telescope. The biggest star found, R136a1, burns 10 million times brighter than the sun.
  • Key G (ends in G)
  • Metre 4/4
  • Tempo 162 bpm (ends at 162)
  • Tempo Notes Fast
  • Album Number 1940/44
  • ISRC GB-FFM-13-94044
  • Publisher Audio Network Limited
  • Release Year 2013
Factoid In 2010, a researcher at the University of Sheffield discovered a group of "monster stars" using the European Southern Observatory's giant telescope. The biggest star found, R136a1, burns 10 million times brighter than the sun.
  • Key G (ends in G)
  • Metre 4/4
  • Tempo 162 bpm (ends at 162)
  • Tempo Notes Fast
  • Album Number 1940/45
  • ISRC GB-FFM-13-94045
  • Publisher Audio Network Limited
  • Release Year 2013
Factoid In 2010, a researcher at the University of Sheffield discovered a group of "monster stars" using the European Southern Observatory's giant telescope. The biggest star found, R136a1, burns 10 million times brighter than the sun.
  • Key G (ends in G)
  • Metre 4/4
  • Tempo 162 bpm (ends at 162)
  • Tempo Notes Slow
  • Album Number 1940/46
  • ISRC GB-FFM-13-94046
  • Publisher Audio Network Limited
  • Release Year 2013
Factoid In 2010, a researcher at the University of Sheffield discovered a group of "monster stars" using the European Southern Observatory's giant telescope. The biggest star found, R136a1, burns 10 million times brighter than the sun.
  • Key G (ends in G)
  • Metre 4/4
  • Tempo 162 bpm (ends at 162)
  • Tempo Notes Fast
  • Album Number 1940/47
  • ISRC GB-FFM-13-94047
  • Publisher Audio Network Limited
  • Release Year 2013
Factoid In 2010, a researcher at the University of Sheffield discovered a group of "monster stars" using the European Southern Observatory's giant telescope. The biggest star found, R136a1, burns 10 million times brighter than the sun.
  • Key G (ends in G)
  • Metre 4/4
  • Tempo 162 bpm (ends at 162)
  • Tempo Notes Fast
  • Album Number 1940/48
  • ISRC GB-FFM-13-94048
  • Publisher Audio Network Limited
  • Release Year 2013
Factoid In 2010, a researcher at the University of Sheffield discovered a group of "monster stars" using the European Southern Observatory's giant telescope. The biggest star found, R136a1, burns 10 million times brighter than the sun.
  • Key G (ends in G)
  • Metre 4/4
  • Tempo 162 bpm (ends at 162)
  • Tempo Notes Medium
  • Album Number 1940/49
  • ISRC GB-FFM-13-94049
  • Publisher Audio Network Limited
  • Release Year 2013
Factoid In 2010, a researcher at the University of Sheffield discovered a group of "monster stars" using the European Southern Observatory's giant telescope. The biggest star found, R136a1, burns 10 million times brighter than the sun.
  • Key G (ends in G)
  • Metre 4/4
  • Tempo 162 bpm (ends at 162)
  • Tempo Notes Fast
  • Album Number 1940/50
  • ISRC GB-FFM-13-94050
  • Publisher Audio Network Limited
  • Release Year 2013
Factoid In 2010, a researcher at the University of Sheffield discovered a group of "monster stars" using the European Southern Observatory's giant telescope. The biggest star found, R136a1, burns 10 million times brighter than the sun.
  • Key G (ends in G)
  • Metre 4/4
  • Tempo 162 bpm (ends at 162)
  • Tempo Notes Medium
  • Album Number 1940/51
  • ISRC GB-FFM-13-94051
  • Publisher Audio Network Limited
  • Release Year 2013
Factoid In 2010, a researcher at the University of Sheffield discovered a group of "monster stars" using the European Southern Observatory's giant telescope. The biggest star found, R136a1, burns 10 million times brighter than the sun.

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