That's nice. I've studied formal logic, epistemology and
physics. And the physics of the "biozone" (i.e., the conditions that support
human life, including the class of star, the composition of the planet, the disposition of its stellar system, the physical placement, the rotational period and many, many other things) has such a narrow window of viability that it is
highly unlikely that the period of said planet's revolution will vary more than a few percent. Even at a variance of 5%, that comes to one year in twenty. One.
It's fine to have a working hypothesis without evidence to support it, but you have to have some evidence to dispute valid criticisms. I've pointed out that there is nothing in the books to justify the belief that years will measure the same, that the laws of probability inform us that this is exceedingly unlikely.
I've explained it well enough, the logic behind my criticism is sound. If you have no actual evidence to refute it with, then you have to accept that the hypothesis is flawed or come up with proof.
The burden of refutation is, again, on you. Physicists have been disagreeing with you for quite a long time, and
they have proof. You can research it on your own at your leisure, but until you've studied orbital mechanics, geology and a number of other pertinent fields (took me a number of years), or until you decide to be willing to listen to people who've heard people who
know what they're talking about in that field, your "hypothesis" has no logical value.