Embedded Files
suns are very diverse. They are really massive objects and usually found in the middle of every solar system. Suns are so massive that they get hot enough to fuse atoms into bigger atoms. Smaller suns fuse less atoms called hydrogens and bigger suns fuse hydrogens into bigger atoms quicker. Ordinary suns(dwarfs, giants, supergiants, ect.(not rayets or wild suns)) are usually named 01 in their names like A01-B.
protosun
dwarfs:
giants:
orange giant
yellow giant
red giant
blue giant
super giants:
red super giant
yellow super giant
white super giant
blue super giant
hyper giants:
red hyper giant
blue hyper giant
metagiants:
(impossible)
dark dwarf
neutron sun
quark sun
boson sun
bizzare suns:
pulsar
quazar
blitzar
Q-sun
T-sun
Thorne–Żytkow object
dark sun
dark matter sun
electro weak sun
plank star
iron sun
frozen sun
preon sun
magnetar
grey hole
kugelblitz
Life
Life
Y: proto sun -> brown dwarf
T: proto sun -> brown dwarf
L: proto sun -> brown dwarf
M: proto sun -> red dwarf -> blue rayet -> white rayet -> dark dwarf
K: proto sun -> yellow dwarf -> yellow giant -> white rayet -> dark dwarf
G: proto sun -> white dwarf -> yellow giant -> red giant -> bigger red giant -> white rayet -> dark dwarf
F: proto sun -> white dwarf -> yellow giant -> red giant -> massive red giant -> white rayet -> dark dwarf
A: proto sun -> blue dwarf -> red giant -> blue giant -> white rayet -> dark dwarf
B: proto sun -> blue dwarf -> blue giant -> white giant -> red supergiant -> neutron sun
O: proto sun -> blue dwarf -> blue giant -> blue supergiant -> white supergiant -> red supergiant -> black hole
O>6: proto sun -> blue dwarf -> blue giant -> blue supergiant -> wolf rayet -> black hole
W: proto sun -> blue dwarf -> blue giant -> blue supergiant -> blue hypergiant -> black hole
X: proto sun -> purple dwarf -> red hypergiant -> intermediate black hole
Q: proto sun -> black hole and nova -> Quazi Sun -> supermassive black hole
Page updated
Google Sites
Report abuse