Solar system expansion

Is the solar system expanding?

Third, the no-expansion hypothesis does not match the historical increase of the Earth-Moon distance, whereas the expansion hypothesis matches it perfectly. These three examples strongly indicate that the Solar System is expanding along with the expansion of space.

Do gravitationally bound systems expand with the expansion of space?

It is argued in this article that observations undermine the no-expansion hypothesis of standard physics, where gravitationally bound systems do not expand along with the expansion of space, and support the contrary expansion hypothesis where the Solar System expands proportionally to the expansion of space.

Does the Solar System expand due to mass loss?

We provide one of the first observations of the solar system expansion due to the solar mass loss. The negative rate of \ (\dot { {G} { {M}}_ \odot} / { {G}} { {M}}_ \odot\) is very close to theoretical computations of the Sun’s mass loss rate leading us to significantly constrain the universal constant time variation.

Do observations undermine the no-expansion hypothesis of standard physics?

It is argued in this article that observations undermine the no-expansion hypothesis of standard physics, where gravitationally bound systems do not expand along with the expansion of space, and support the contrary expansion hypothesis where the Solar System expands proportionally to the expansion of space.

What is the difference between the no-expansion hypothesis and the expansion hypothesis?

First, the no-expansion hypothesis yields the Faint Young Sun Paradox–the dilemma of explaining why there have been oceans on Mars and why the Earth has been warm 3.5 billion year ago, when luminosity of the Sun was 25% smaller than today–whereas the expansion hypothesis resolves the paradox.

What oblateness is responsible for solar precession rates?

The solar gravitational oblateness \ ( { {J}}_ { {\it {2}} { \odot }}\) and the angular momentum S⊙ are responsible for additional precession rates of ~0.029” per Julian century 4 and ~0.002” per Julian century 5, respectively.