Dr. Brian Keating

Anyway, so the temperature, right? So if you're gestating during summertime versus wintertime, that obviously will have some kind of an effect. I mean, you can tell me a lot more than that. But more than that, you hinted at this, and I'm not going to make you do any math surrounding pregnancy, but God forbid... I put out the correction to that. I defended you. I defended you.

I know.

I know.

I know.

I love it.

I love it.

I love it.

That's what a good scientist does. Oh, man. But they actually think that the first astronomers were women. Because they noticed this correlation. What's their monthly cycle? Their menstrual cycle is exactly 29 and a half days, which is actually the lunar cycle down to almost a minute. It's insane, right? That they would have looked up and noticed this renewal and diminishing of the moon.

That's what a good scientist does. Oh, man. But they actually think that the first astronomers were women. Because they noticed this correlation. What's their monthly cycle? Their menstrual cycle is exactly 29 and a half days, which is actually the lunar cycle down to almost a minute. It's insane, right? That they would have looked up and noticed this renewal and diminishing of the moon.

That's what a good scientist does. Oh, man. But they actually think that the first astronomers were women. Because they noticed this correlation. What's their monthly cycle? Their menstrual cycle is exactly 29 and a half days, which is actually the lunar cycle down to almost a minute. It's insane, right? That they would have looked up and noticed this renewal and diminishing of the moon.

And that there's actually evidence. Now, they weren't professional astronomers until, you know, actually the first professional female astronomer wasn't until like the 1700s in England, right? where she was recognized for using telescopes and so forth. But no, they were very keen on that.

And that there's actually evidence. Now, they weren't professional astronomers until, you know, actually the first professional female astronomer wasn't until like the 1700s in England, right? where she was recognized for using telescopes and so forth. But no, they were very keen on that.

And that there's actually evidence. Now, they weren't professional astronomers until, you know, actually the first professional female astronomer wasn't until like the 1700s in England, right? where she was recognized for using telescopes and so forth. But no, they were very keen on that.

And they were probably dialed into that and what that portended, as you alluded to, for the future of their child. I mean, this is a huge biological investment. Men don't have that. So actually, we are less symmetrical, you know this, than women, right? We have our testes are different lengths or whatever. I guess normal men at least. But women are more symmetrical.

And they were probably dialed into that and what that portended, as you alluded to, for the future of their child. I mean, this is a huge biological investment. Men don't have that. So actually, we are less symmetrical, you know this, than women, right? We have our testes are different lengths or whatever. I guess normal men at least. But women are more symmetrical.

And they were probably dialed into that and what that portended, as you alluded to, for the future of their child. I mean, this is a huge biological investment. Men don't have that. So actually, we are less symmetrical, you know this, than women, right? We have our testes are different lengths or whatever. I guess normal men at least. But women are more symmetrical.

But they're actually, they have an extra timekeeping device that men, we can't relate to that. Their menstrual cycle. Their menstrual cycle, yeah.

But they're actually, they have an extra timekeeping device that men, we can't relate to that. Their menstrual cycle. Their menstrual cycle, yeah.

But they're actually, they have an extra timekeeping device that men, we can't relate to that. Their menstrual cycle. Their menstrual cycle, yeah.

But we'd have to make a real big stretch to then include the effects of the planet Jupiter, which is the biggest planet and is most of the mass of our solar system outside of the sun. Then it would be clear, and you could do this test with identical twins that are identical, fraternal twins, twins that are raised with the same pairing. Some are separated at birth and they turn out