I'm not trying to impress you. My scientific mind is a good one, if a little unconventional. Most physicists at the top of their profession welcome alternative thinking. It's how most of history's great scientific discoveries were made.
AL
Your blatantly obvious attempts to avoid answering direct questions brands you, without a doubt, as a mere child.
It's kind of sad in a way. It's like watching someone trying to bluff in poker while wearing mirrored sunglasses.
Then showing their hand before the bets are placed and saying, "are these three aces any good?".
Does the Earth rotate about its axis? Yes. As it goes about the Sun. Does the Moon rotate about its axis? Yes. As it goes around the Earth. It just happens that its 'day' (time to go around its axis) is the same length as it's 'year' (time to go around its parent).
If the Earth's day was the same length as a year, one half would always face the Sun and one half wouldn't. Doesn't mean the Earth isn't spinning on its axis.
You are referring to the synodic day - the time from sunrise to sunrise. AlphaNumeric, on the other hand, was referring to the sidereal day - the time from star-rise to star-rise. The Earth's sidereal day is about 3 minutes and 55.9 seconds shorter than the 24 hour long synodic day (actually, 24 hours plus 2 milliseconds; the synodic day 24 hours long back in 1820).In a day, whether it be 24 hours, 1 year or 24 years, both sides face the sun. Otherwise, it is not a day.
Fine. So give us something concrete on this alternative thinking you have instead of waffle.
I don't give a damn about your background. Your ideas will stand or fall on their merit not upon your background. But so far you haven't given us any ideas, just a few lightweight juvenile speculations. Ante up.I imagine it sounds like a lot of waffle to a lot of people. My background is genuine.
Fine. So give us something concrete on this alternative thinking you have instead of waffle.
If the Moon is supposed to gain angular momentum via the rotating Earth's gravitational field, why can't this effect be replicated in the laboratory via experiment?
I propose that this is because the theory is complete BS. If you're a mathematician who disagrees, the onus is on you to prove it in the lab, is it not?
AL
Same answer I gave you in the other thread - when someone comes along with a claim, it's up to THEM (in this case, YOU) to prove it!
It's not our job to try and disprove a negative. (Hopefully, your smart enough to realize that attempting to prove a negative is a stupid exercise anyway.):bugeye:
In a day, whether it be 24 hours, 1 year or 24 years, both sides face the sun. Otherwise, it is not a day.
If the entire scientific consensus of humanity claims that the Moon is moving away due to induced momentum via gravity, surely it should replicate the effect in the laboratory to confirm this new 'law' of physics?
I'm not say that you personally should conduct the experiment. All I've done is highlight how preposterous the situation is, and given an alternative suggestion of why the Moon is receding from us.
The only things preposterous here is your silly suggestion/idea.
Get over it.
Do you think that the effect could be replicated on a smaller scale? Yes or No?
Do you think that the effect could be replicated on a smaller scale? Yes or No?
Because Gravity is too weak.