Zarkov
04-22-04, 11:14 PM
The first 3 planets are out of place !!!!!!!
The parameters for planets before Mars are all similar within that group but quite different to planets past Earth, which again form a coherent group.
Strange ??????
[ explanation.... All planets in the solar system point towards the Sun in their parameters, I call the constant drawn from data Gcentral spin-sun. All planets have Lagrangian points between the planet and the Sun. This point is where the planet and the Sun's force counteract each other. For Earth L1 is 2,128,884 km ( L2 approx similar 2,121,881 km)
The differential velocity of the solar field spin at these points ( at Earth+L2 and Earth -L1) corresponds to the field spin calculated using the orbiting planet as the origin. From this a period of planetary field rotation can be calculated.
Planets past Earth have a one to one relation, however planets closer than Mars have a slowed field period, and each is slowed to the same degree.
eg for Earth... orbital period is 365 days, field period is 524 days. ( Mercury, Venus, Earth all have a 0.7 relation, while all the others are a 1.0 relation.)
This is more than curious, and I am lost for even a conjectured explanation.
Any suggestions here are welcome.
:)
The parameters for planets before Mars are all similar within that group but quite different to planets past Earth, which again form a coherent group.
Strange ??????
[ explanation.... All planets in the solar system point towards the Sun in their parameters, I call the constant drawn from data Gcentral spin-sun. All planets have Lagrangian points between the planet and the Sun. This point is where the planet and the Sun's force counteract each other. For Earth L1 is 2,128,884 km ( L2 approx similar 2,121,881 km)
The differential velocity of the solar field spin at these points ( at Earth+L2 and Earth -L1) corresponds to the field spin calculated using the orbiting planet as the origin. From this a period of planetary field rotation can be calculated.
Planets past Earth have a one to one relation, however planets closer than Mars have a slowed field period, and each is slowed to the same degree.
eg for Earth... orbital period is 365 days, field period is 524 days. ( Mercury, Venus, Earth all have a 0.7 relation, while all the others are a 1.0 relation.)
This is more than curious, and I am lost for even a conjectured explanation.
Any suggestions here are welcome.
:)