flat-Earth heavens
Jun 25, 2023 17:55:14 GMT -8
Post by Flat Earth Education - Riley on Jun 25, 2023 17:55:14 GMT -8
we look up, & see:
the sun, Sol, most prominently, as it/He passes 'daily' [which is what we call each passing]
Sol emits a radiant, circular [total direction yet known to me] light beam, which Daylights the zone/area it touches], which has bounds [the outer zone ranging from twilight to night/darkness]
so if all other luminous objects removed, Sol would still create 'day' each time it/He passes; circling in a direction/path predictable & on an 'annual' cycle [arbitrary beginning/end as it's a circuit]; 4 key points in solar path being: Tropic of Cancer turn heading southward [away from tightest path 'Tropic', which means turn]; Equator heading south; Tropic of Capricorn [turning point at widest circle, nearest to Antarctic & wintertime for northern world, which is toward the center of the solar path]; then Equator heading north as it returns to its cyclical Tropic
Sol annual cycle:
[arbitrary starting/end as it's a circuit]
1. Tropic of Cancer [northernmost loop]
2. Equator heading south
3. Tropic of Capricorn [southernmost loop; wider path]
4. Equator heading north
... 365.25 days or so
my current understanding of Sol relative measurements: ~400-700 3500-4500 miles above us [Everest is 5.5 for reference]; about ~32 miles across
conjecture: the orb of space below Sol illuminated at a given point/time would have boundaries x loc / y loc & any other position given to demonstrate a likely varying reach -- so throughout the year these boundaries could be measured & compared to see the range of light varying in beam intensity/spread
would be fascinating to see if Sol lowers or rises throughout the year during its spiral; thus at its Capricornal turn it would be lowest & nearest
ideally any place along the tropic of Capricorn can/would look up during their solstice & see Sol directly overhead; sweeping east->west as per usual; along its widest ring -- this would be a good time too to take sextant readings from a fixed position... just saying --> monuments are built for this reason likely lol...
so that about wraps up Sol; the light of the world for us; up there; smaller than we're told & much closer/nearer; pressing on
i'll throw in a Chumash summation of the ruler of day [for us]:
In the beginning of Gods creating the heavens and the earth, when the earth was astonishingly empty, with darkness upon the surface of the deep, and the Presence of the Divine hovered upon the surface of the waters -- God said, Let there be light, and there was light. God saw the light that it was good, and God separated between the light and between the darkness. God called the light: Day, and the darkness He called: Night. And there was evening and there was morning, one day.
the sun, Sol, most prominently, as it/He passes 'daily' [which is what we call each passing]
Sol emits a radiant, circular [total direction yet known to me] light beam, which Daylights the zone/area it touches], which has bounds [the outer zone ranging from twilight to night/darkness]
so if all other luminous objects removed, Sol would still create 'day' each time it/He passes; circling in a direction/path predictable & on an 'annual' cycle [arbitrary beginning/end as it's a circuit]; 4 key points in solar path being: Tropic of Cancer turn heading southward [away from tightest path 'Tropic', which means turn]; Equator heading south; Tropic of Capricorn [turning point at widest circle, nearest to Antarctic & wintertime for northern world, which is toward the center of the solar path]; then Equator heading north as it returns to its cyclical Tropic
Sol annual cycle:
[arbitrary starting/end as it's a circuit]
1. Tropic of Cancer [northernmost loop]
2. Equator heading south
3. Tropic of Capricorn [southernmost loop; wider path]
4. Equator heading north
... 365.25 days or so
my current understanding of Sol relative measurements: ~
conjecture: the orb of space below Sol illuminated at a given point/time would have boundaries x loc / y loc & any other position given to demonstrate a likely varying reach -- so throughout the year these boundaries could be measured & compared to see the range of light varying in beam intensity/spread
would be fascinating to see if Sol lowers or rises throughout the year during its spiral; thus at its Capricornal turn it would be lowest & nearest
ideally any place along the tropic of Capricorn can/would look up during their solstice & see Sol directly overhead; sweeping east->west as per usual; along its widest ring -- this would be a good time too to take sextant readings from a fixed position... just saying --> monuments are built for this reason likely lol...
so that about wraps up Sol; the light of the world for us; up there; smaller than we're told & much closer/nearer; pressing on
i'll throw in a Chumash summation of the ruler of day [for us]:
In the beginning of Gods creating the heavens and the earth, when the earth was astonishingly empty, with darkness upon the surface of the deep, and the Presence of the Divine hovered upon the surface of the waters -- God said, Let there be light, and there was light. God saw the light that it was good, and God separated between the light and between the darkness. God called the light: Day, and the darkness He called: Night. And there was evening and there was morning, one day.
