Sebastian B: Type-1a Supernovae aka a "standard candle", is a method of using a star's luminosity level to ascertain how far away it is. Although this method only factor's in "lumins" as a level, it doesn't take into account the curvature (warping) of space due to 2 factors:
1) gravity fields generated by mass with significant density, that also has velocity of angular momentum
2) dark matter
Since light and time are only taken into account in the physical realm in relation to relativity theory, and space expansion theory conflict, not the anti-matter field, the 2nd aspect doesn't fully apply. We can infer that by calculating the variance between these 3 things whether space is expanding, contracting, or static implying it had no start or end points and could be infinite in dimensions:
1) type 1a Supernovae distance
2) type 1a Supernovae distance + redshift level = expansion theory
3) type 1a Supernovae plus expansion theory minus gravity field warping space time dilation for the type 1a and our planet
Odds are in my opinion, that the variance in distance from the calculations of space expanding, if zeroed out so that space is static, the variance in distance would calculate to the same value as that of a star and planet, or both star's and a planet (ours) gravity field time dilation stretching the path of light would equal up to...
1) gravity fields generated by mass with significant density, that also has velocity of angular momentum
2) dark matter
Since light and time are only taken into account in the physical realm in relation to relativity theory, and space expansion theory conflict, not the anti-matter field, the 2nd aspect doesn't fully apply. We can infer that by calculating the variance between these 3 things whether space is expanding, contracting, or static implying it had no start or end points and could be infinite in dimensions:
1) type 1a Supernovae distance
2) type 1a Supernovae distance + redshift level = expansion theory
3) type 1a Supernovae plus expansion theory minus gravity field warping space time dilation for the type 1a and our planet
Odds are in my opinion, that the variance in distance from the calculations of space expanding, if zeroed out so that space is static, the variance in distance would calculate to the same value as that of a star and planet, or both star's and a planet (ours) gravity field time dilation stretching the path of light would equal up to...
~BD/SB 1/28/2019