← Physics in Binary Pulse Theory
Physics → Binary Pulse Theory
Stars
In Binary Pulse Theory: Star Existence Condition
BPT explains itIn standard physics
Balls of gas held by gravity and lit by fusion.
In Binary Pulse Theory
Stars can stand only where gravity between protons is weaker than electricity, which sets the top of the band of levels with stars.
The BPT terms behind it
The Star Existence Condition is where in the UniSphere stars can stand: only where the gravity between two protons is weaker than the electric force between them, α_G = (m_p / m_P)² < α, so that atoms hold together and a star has an inside pushing back against its own weight.
The Giant Phase is the last tenth of a star's life: after its core hydrogen runs out a Sun-like star swells into a red giant and ends by blowing off a planetary nebula round a white dwarf, while a star of more than about eight Suns swells into a blue and then red supergiant before its core collapses.
The Band of Chemistry and Stars is the range of harmonic levels where atoms hold together and stars can stand: atoms need α below 1, above about level 198.5; stars need gravity weaker than the electric force between protons, α_G below α, below about level 288.6.
Also known as
star formation · stellar evolution · red giant · main sequence
Related
The standard physics term is here to help you find your way in; the book itself writes in BPT's own terms. Read them in the lexicon, or start the book at Binary Pulse Theory.