Sun — Transcript Matches

Found in 4 videos, with a total of 56 mentions.

Category: loc

Meet The Nuclear Base Employee Abducted By Aliens (ft. Mario Woods)
Uploaded by: @JesseMichels
[0:19:41 - 0:19:45] Like you'd see pictures of the Sun how it's just like boiling
[0:38:05 - 0:38:08] And that was the sun coming up and then it dawned on me
[1:03:24 - 1:03:28] So I think that's why it had a strange curve in it in that in that little sunburn
[1:10:39 - 1:10:44] It was sunburn kind of thing. It was more mark what he did what he took off than it was when the skin healed
[1:10:45 - 1:10:48] So which was nothing. I'm old Tampa boys. I'm used to sunburn, you know
[1:53:19 - 1:53:24] I had to have it darkened out so you could sleep you just guys can't sleep in sunlight. No, no anybody they can but uh
Betty Hill's 'Zeta Reticuli' Star Map
Uploaded by: @EyesOnCinema
[0:02:44 - 0:02:51] So over a period of six years, she built three-dimensional models of the Sun's neighborhood of stars
[0:03:53 - 0:03:57] They have a spectra that are very similar to our own Sun.
[0:08:19 - 0:08:26] a star like the sun is going to have planets like our own or could have planets like our own.
[0:08:26 - 0:08:30] So you need a star within a very close range of the sun and it would have to be a single star
[0:40:17 - 0:40:23] I have a few corrections and additions to the talk that we had last Sunday.
[0:44:28 - 0:44:34] I do not give a very good chronological listing in our talk last Sunday.
[0:51:42 - 0:51:58] Some of these were also much as possible variables in the right-style catalog and I am always hoping for life so I was hoping that these variables were not true variables or that it was just rigor so referring like the sun.
[0:52:12 - 0:52:27] So I do not think it is rigor so referring. Now so referring in a smaller star like a red dwarf changes its luminosity very very much in several magnitudes and facts but in one light the sun does not change greatly.
[1:01:21 - 1:01:30] And based on the strengths of some of the lines in the Sunhopper lines in the spectrum,
[1:17:20 - 1:17:30] Rather than the write-star number and the write-star number is 483 which I quoted correctly on the tape last Sunday.
[1:30:16 - 1:30:21] Both stars are closer together than what Pluto and the Sun is.
[1:30:21 - 1:30:27] Many of them are about Jupiter's distance or in some cases just our distance from the Sun.
Underwater UFOs and Detecting Extinct Aliens | Harvard's Avi Loeb | The Truth of the Matter
Uploaded by: @NewsNation
[0:01:42 - 0:01:46] like the Sun, and at least a few percent of them,
[0:02:35 - 0:02:38] because most stars form before the Sun,
[0:02:38 - 0:02:40] billions of years before the Sun.
[0:08:04 - 0:08:06] of the object relative to the sun,
[0:08:09 - 0:08:10] from the sun's gravity.
[0:08:10 - 0:08:14] So it was clearly not bound to the sun like the planets are.
[0:08:54 - 0:08:55] when the object comes close to the sun.
[0:09:05 - 0:09:07] the amount of sunlight reflected from it
[0:09:24 - 0:09:26] so much by reflecting sunlight.
[0:09:30 - 0:09:33] something pushing it away from the sun.
[0:09:36 - 0:09:40] So I suggested it's just the reflection of sunlight.
[0:09:53 - 0:09:57] sunlight and it ended up being a rocket booster
[0:10:08 - 0:10:10] can be pushed by reflecting sunlight.
[0:10:52 - 0:10:54] as it comes close to the sun.
[0:12:42 - 0:12:45] because they show a lot of push by reflecting sunlight.
[0:13:34 - 0:13:38] because you know, the sun will become a red giant
[0:13:40 - 0:13:44] And there are stars like the sun that already went through that.
[0:20:50 - 0:20:54] as to where the sun is illuminating it from,
[0:28:54 - 0:28:56] Our lamppost is the sun.
[0:28:56 - 0:29:00] And even small objects close enough to the sun,
[0:29:00 - 0:29:01] reflect a lot of sunlight.
[0:29:19 - 0:29:23] is crossing the orbit of mercury around the sun.
[0:29:26 - 0:29:28] of mercury around the sun.
[0:31:19 - 0:31:21] within the orbit of the Earth around the Sun.
Harvard Physicist Wants PROOF of Aliens - Avi Loeb - DEBRIEFED ep. 35
Uploaded by: @Area52Investigations
[0:14:59 - 0:15:09] He was a priest, loyal to the church. He said, here is a model where the sun is at the center and I can give you much better prediction of when Easter takes place.
[0:16:43 - 0:16:54] This one was pushed away by reflecting sunlight and then three weeks later they realized, oh, it's a rocket booster from a 1966 launch by NASA.
[0:17:04 - 0:17:14] Three years earlier when OmoMo was spotted and it also showed the emotion consistent with a push by reflecting sunlight.
[0:17:36 - 0:17:44] And then I suggested maybe it is technological in origin and since we didn't launch it, it's not bound to the sun.
[0:17:44 - 0:17:47] It was moving too fast to be bound to the sun by gravity.
[0:33:47 - 0:33:58] The good news is we have a lamppost in our vicinity. It's called the sun. The sun illuminates the darkness of space. And so it's easier to find your keys under the lamppost.
[0:33:58 - 0:34:14] So when objects from outside the solar system come close to the sun, they get illuminated, they get heated. So from a distance, you can see them. And you can also, if they evaporate as a result of coming too close to the sun, you can actually detect what they are made of.
[0:34:14 - 0:34:35] And so I wrote a paper a month and a half ago, just explaining that a meter sized telescope in space could detect every five hours a new object that comes within the orbit of mercury around the sun, which is three times closer to the sun than the Earth is.
[0:34:35 - 0:34:55] Just because the sun illuminates such objects so brightly and I'm talking about objects that are of the order of a meter in size, you know, we, Omoa Moa was 100 meters in size, the size of a food world field bigger than starship, you know, our biggest rocket that we ever.
[0:40:30 - 0:40:43] You know, there was a paper by an astronomer named Otto Strouve from 1952, who said that if a planet like Jupiter happens to be close to a star like the sun,
[0:41:10 - 0:41:14] Because people said we understand why Jupiter is very far from the sun.
[0:42:40 - 0:42:50] It's not extraordinary. And I say billions of years ago because most stars from billions of years before the sun, the sun formed only in the last one third of cosmic history.
[0:57:31 - 0:57:44] I mean, so when we launch spacecraft, we are just responding to the standard gravity that, you know, the Earth, the Sun, planets, any other body generates.
[1:37:24 - 1:37:40] So that would be interesting to see if we detect anything that we can't see even something like an massive asteroid, but it doesn't reflect any sunlight. So what is going on? We see an object passing and we don't.