Smash the Octopus

Smash The Octopus, released in 2003 (see 2003 in music), was the first studio album by US rock band Flattbush.

Smash The Octopus
Studio album by
Flattbush
ReleasedSeptember 11, 2003
RecordedApril 2003
GenreMetal
Length43:04
LabelKoolarrow Records
ProducerMark Pistel, Billy Gould
Flattbush chronology
Kontra 'Tado
(2001)		 Smash The Octopus
(2003)		 Seize The Time
(2006)
Professional ratings
Review scores
SourceRating
Allmusic link

Track listing
  1. "Smash The Octopus" (Ramon B. Enriko M. Arman M. Eric L.)
  2. "Better Off Dead" (Enriko M. Eric L.Ramon B. Arman M.)
  3. "Kontra'Tado" (Enriko M. Eric L. Ramon B. Arman M.)
  4. "Question Authority" (Enriko M. Eric L. Ramon B. Arman M.)
  5. "Foxhole" (Eric L. Ramon B. Enriko M. Arman M.)
  6. "Napalm" (Enriko M. Eric L. Ramon B. Arman M.)
  7. "Batas Militar [Salvage Style]" (Ramon B. Enriko M. Arman M. Eric L.)
  8. "Expose And Oppose" (Ramon B. Enriko M. Arman M. Eric L.)
  9. "GMA is a US-SOB" (Ramon B. Enriko M. Arman M. Bradley W. Eric L.)
  10. "Death Squad" (Ramon B. Enriko M. Arman M. Eric L.)
  11. "PIGS" (Ramon B. Enriko M. Arman M. Bradley W. Eric L.)
  12. "LIC Total War [Low Intensity Conflict]" (Eric L. Ramon B. Enriko M. Arman M.)
  13. "Red Light District" (Arman M.)
  • Guitars Written By Eric Long, Except #9 & #11 By Bradley Walther and Eric Long

Credits
gollark: This probably does imply regular determinism.
gollark: Another is superdeterminism, which is sort of kind of where the particles "know" what properties of them will be measured in advance.
gollark: One resolution is nonlocal hidden variables, i.e. the particles have some faster-than-light-speed backchannel to communicate things.
gollark: Bell's theorem rules out "local hidden-variables" interpretations of quantum physics, meaning that quantum mechanics cannot, assuming some assumptions, be doing this by storing some extra secret metadata with particles.
gollark: As you will know in time, quantum QM mechanics has "Bell's theorem". This describes some correlations between measurements of entangled particles which QM predicts correctly (based on empirical tests) and classical physics doesn't.
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