suns

61 subentries

suns (15:5sec) (15:6.8-10) (41:3-9secs). See also space bodies; sun (Urantia’s)
10 trillion in Orvonton (15:6.10)
abundant space to accommodate all (41:3.2)
average diameter is one million miles (41:3.2)
burned-out s. become dark islands of space (15:5.11)
cannot degrade ultimatons (41:7.12) (42:4.8) (42:6.3)
collapse of giant suns: great nova of Andromeda nebula, origin of Crab nebula (41:8.3,4)
convert matter into energy (42:4.9)
cooling stars have lost free ultimatonic energy (41:4.3)
creation of planets. See planets: origins
density (41:3.6) (41:4sec)
energy from s. moves straight forward in particles, not waves (41:5.6-8)
exist in 1000 states and stages (15:6.8)
explosion point of ultimatonic condensation (41:3.6)
explosion whose light reached Urantia in A.D. 1572 (41:3.5)
give out heat and light for trillions of years (15:6.9)
interiors are vast X ray generators (41:5.3)
larger nebulae can give origin to 100 million s. (15:4.5)
local accelerators of energy circulation (15:6.9)
majority have planets (57:4.2)
most born by being thrown off spinning nebula (57:3.6)
most not very dense; some immensely dense (41:3.6) (41:5.1)
named. See astronomy: places named
nuclear reactions in (41:8sec)
number in master universe (41:3.2)
origin (15:4-5secs)
rays comprise 4 octaves of wave-energy (42:5.1)
rejuvenation of dying s. through collision, recharging (15:5.11-12) (41:7.15)
runaway particles occasion collapse (41:8.3)
shattered atoms found in cooling (42:3.7)
size determines state (41:3.3-4)
solar supergases density equal to iron (41:4.3)
solar supergases made of subelectronic matter (42:3.4)
sources of solar energy (41:7sec)
spectral analysis only shows surface conditions (41:6.7)
stability dependent on gravity-heat equilibrium (41:9sec)
stable internal temperature of 35,000,000°F; heat given off (15:6.9) (41:4.7) (41:7.1-13) (41:9.1)
subatomic matter in interiors of (42:3.6)
sunlight. See also light: material light; sun (Urantia’s): sunlight
consists of electrons agitated by X rays (41:5.4-5)
octave of wave energy (42:5.1,10)
s. in channels of universe energy shine on forever (41:7.14)
sunspots
found in once-variable stars (57:5.2)
function as enormous magnets (58:2.7-8)
majority result from internal fluctuations (41:3.9)
power centers not concerned with (41:1.2)
supported from within by X ray bombardment (41:5.3)
types of suns (15:6.8-9)
age and condition revealed by color of light (41:3.7)
dead s. not suited for life (15:6.15)
formation of double stars (15:5.7-8) (41:3.3-5,9)
great binary s. frequently overlap (58:3.4)
most dwarf s. are old; most giant s. are young (41:3.7)
s. that shine without heat (15:6.8) (15:7.1)
variable s. are measuring points for exploration (41:3.10)
white dwarfs (41:8.2)
younger s. experience huge respiratory heaves (41:3.8) (41:9.3)
ultimatonic leakage causes early losses (41:9.1)
underlying order exists in energy upheavals among (4:1.5)
Universe Power Directors use s. as way stations to concentrate and direct energy circuits (41:3.1)
very hot s. help prevent gravity from converting all energy into matter (15:8.5)

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