ANALYZING STRANGE ANOMALY IN THE MOON

追加: 2026-05-14

[00:00:05]4 and a2 down. 5 and 12 down.

[00:00:11]>> I'm going to step off the limb now.

[00:00:16]That's one small step for man.

[00:00:30]I'm going to step off the land now.

[00:00:44]>> Blue, we're breathing again. Thanks a lot.

[00:01:15]Okay, we had a problem here.

[00:01:18]>> This is Houston. Say again, please.

[00:01:35]We had a main bus.

[00:01:46]Roger quality. Probably on the ground, >> blue, we're breathing again. Thanks a lot, We got to roll.

[00:02:38]I'm going to step off the lamb now.

[00:02:43]That's one small step for man.

[00:02:57]20 seconds in count.

[00:03:09]Ignition sequence start. 6 5 4 3 2 1 zero.

[00:03:19]>> Hello, I'm Thiago and I'm an astronomical observer and a citizen scientist who collects data from the sky to report to the minor planet center.

[00:03:29]And today we will analyze an amazing anomaly in the moon that you will love it. This is from an interview of a recent one, fresh one from News Nation from Ross Coltart to the physicist Max.

[00:03:47]So Manelli Max that is a a person that study many anomalies in the moon. I found that um that video excellent as well as the other ones that they made before. I love that Ross Goldart digs into this uh this subject as well because I'm fascinated with objects in the sky and the moon is one of them and it's very close to us. So it's very interesting and there are many things that we don't know about the moon yet.

[00:04:21]So how are you beautiful souls? How are you today? Thank god you could find my live stream.

[00:04:29]Thank god you could find I could be better. I could be better. But you know, today I'm doing earlier the live stream because I have uh too much work to do.

[00:04:42]Explorers know very well.

[00:04:45]Thank you, butterfly girl, for renewing your membership. Thank you. Thank you so much.

[00:04:52]Let me hydrate, please.

[00:04:56]There are towers there. You will see them.

[00:05:08]Thank you so much.

[00:05:09]>> Thinking monkey super chatted $6.76.

[00:05:13]Looking forward to another great show even with no s word winking face.

[00:05:19]>> It's like that. Exactly. You got it.

[00:05:23]It's like that.

[00:05:26]But we have the super chat. The sword.

[00:05:28]Thank you so much >> that I still have. Well, I recommend you this. It's a long um interview that they made in the news nation channel. I'll leave the the link uh to the interview at the description.

[00:05:49]And uh the plan is because I I watched it all already and the plan is to as I found it so interesting. The plan is to today to focus on one of the anomalies and then in different live streams I will do more because it's fascinating.

[00:06:08]It's really really crazy.

[00:06:11]I will thank you. Thank you so much. I need your positive vibes. I need your positive vibes. At the end we will win.

[00:06:22]Let's start right away.

[00:06:29]So here it is. I will take off the sound. And this is the first one. So the the beginning it's good to to watch because it puts you in context in context and about uh non-human life in the in the universe and other perspectives from physics as well. Thank you for renewing Jeff Jennifer Goulson.

[00:06:59]Thank you so much for renewing your membership in the serenity.

[00:07:04]You are an explorer.

[00:07:10]>> Thank you so much.

[00:07:12]>> So, let's listen right away because this is crazy.

[00:07:17]Is >> so starting with the anomaly in this crater. Hold on. Let me like this.

[00:07:27]Take off this.

[00:07:30]Start >> in the northern polar >> with >> north pole >> an anomaly discovered near the north pole of the moon.

[00:07:43]So, >> so this is the creator blaset hu >> an anom an an an anomalous an anonymous viewer of of the first interview uh got in contact with you if I remember correctly and he told us that there is something unusual looking on the edge of a crater near the north pole of the moon and he noted that it no longer appears in some of the public imaging of the moon.

[00:08:16]>> This is interesting. This is interesting. So, it wasn't the the the one that is making the interview is Ross to the Max here, Dr. Max. And someone studied that and found that in um in the official pictures and drew the attention of uh the physicist look there's something here and he noticed that that uh file disappeared >> like for example the lunar reconnaissance orbiter quick map just to give you an illustration.

[00:08:57]So this is a publicly available threedimensional map of the moon.

[00:09:02]>> So this is the the public one, the one that all of us have access. You can go you you search for LR OC moon and it opens this um which is a great um a great tool. You can play with the moon there >> and watch features >> north pole of the moon and we can just zoom in.

[00:09:27]>> So this is a north pole. You notice that it's darken it's a bit darker than the rest >> to pretty uh >> anywhere pretty much on the moon. And in this case, we are looking at a crater called Plaset. And this >> Plaset I can't see with a telescope because it's in the North Pole, so it's uh hidden from me.

[00:09:56]Thank you, Chel Mingan. Thank you so much for becoming an explorer. Thank you. Welcome to the serenity. Don't forget that explorers 99 cents a month and you have access to exclusive content on the serenity. It will be now the let give me time that I will do it. I will share everything with you. We'll have the the serenity in the members only section and you have already this is already full.

[00:10:27]It's uh the the discord. I'll place the the link here. It's the discord. So the secret chamber it's an additional feature that uh and benefit that I give to members. You just have to enter on discord.gg/dobsonian power click the link and then you won't see anything. It's all hidden but you can see everything if you are a member and you connect your YouTube account there in the user. There's pictures there explaining to you. So you connect and then bam like like magic it will give you access to to everything there where I'm frequently interacting with members there and also I do their live streams where we go deep in certain topics if you know what I mean.

[00:11:23]This is Plaset U a satellite of the bigger crater Plasuit.

[00:11:29]If we zoom in on this edge here, >> look here.

[00:11:36]>> He's zooming.

[00:11:36]>> It's quite blurry.

[00:11:39]>> So the the issue here is this tool from the lunar reconnaissance orbiter. The lunar reconnaissance orbiter is the one that is always around the moon taking pictures, scanning everything. And that's why we have so many details of all the surface of the moon.

[00:12:00]But here with this tool that is the public tool, we at a certain point of zooming in, we get blurred images, pixelized, >> hopelessly blurry. We can't really see any of the detail on the surface of the moon. So it looks like nothing is interest, nothing interesting.

[00:12:19]>> So think with me. If we only all the people only had access to this kind of uh detail, we won't wouldn't be able to see more details. But there are scientists that can have more details because there are better pictures there. However, I managed to find this article published by the lunar reconnaissance. So as I said publish it by themselves Lunar Reconnaissance Orbiter camera an article about this region which is amazing >> orbiter team with higher resolution images of the north pole plas and plasu.

[00:13:05]So this is the same area as we saw in the quick map and this article was apparently published in 2026 maybe earlier it's hard to say. So, it should be a a recent article with these new pictures, so at least publicly released >> because it's not dated.

[00:13:24]And what I noticed is that if I look at this very same spot that our anonymous viewer friend uh told us about, if we zoom in here, there's much better resolution.

[00:13:37]>> Oh, yeah.

[00:13:37]>> Oh, yeah.

[00:13:39]>> Much better resolution. And not only that, but over here there is something interesting. There's this tinier crater.

[00:13:49]Let me show you this exact same view in the quick.

[00:13:52]>> That's the place.

[00:13:53]>> So this is the previously publicly released NASA image.

[00:13:57]>> Yes. So this is this is for the public that NASA puts out. So anybody can go to this website and finding and look here for themselves.

[00:14:06]This one I just found because they have this whole mosaic of images and I just happened to do some meticulous searching in those images and I stumbled on this.

[00:14:15]So this area with this interesting thing structure with this shadow is this here completely blurred out in the public uh quick map.

[00:14:29]>> Do you think that's del do you do you think that's deliberate Max knowing what you're about to show me? wait because the best is yet to come. Look, Discord um I know that some people can't to figure it out how to to join. I'm sorry about that, but it's the best the tool that I I have to connect um the serenity.

[00:14:53]It's what we have right now. Try in a different device or something because I promise you that you you will feel comfortable there. It's a serenity. I can't say for sure, but I wouldn't rule out the possibility, especially in light of uh the previous discussions about the space act and the Brookings report and the Clementine mission imagery.

[00:15:17]>> Notice that you can see the the shadow is big, man. It's like, look at this, man. This is crazy. This is really crazy. I love this kind of um anomalies that we can find on objects of the solar system or whatever. So this is the region that we will see in better detail. And look at the shadow that it casts here. So the sun is to the upper right region. No, that's very bright side here. The top of of the structure has a very bright um surface. No, because the sun is reflecting because it's reflecting the light of the sun and the opposite side has like a a wizard hat or something casting the the shadow. You see this is something interesting. This is something interesting. Let's move on. And u I think that's a possibility and perhaps this just fell through the cracks or was unintentionally left in. Um but notice how much better resolution we can get here >> and is of course comparing the the better resolution of this image in this article with the one that we all have access. Just Google it and you sometimes I pull it here actually. It's a a cool a cool feature that they have available.

[00:16:47]At least they have something good available to us about the moon. It's cool.

[00:16:52]>> And notice what we're looking at. There seems to be a tower-like structure.

[00:16:59]Actually, we'll see that it's actually two of them.

[00:17:01]>> I believe there are three towers, but we will see. I I am not sure.

[00:17:06]>> Very tall. Look at that shadow. Wow.

[00:17:09]>> Yeah. Very long shadow. And what and I'll say uh I've actually calculated based on the known sun angle how long the how tall the structure is.

[00:17:20]>> So he calculated um the height >> based on the size of the shadow and the sun angle and it turns out to be about 95 ft which is roughly the height of the Aremis 2 rocket that sent >> 95 ft. It's tall. But the thing that is mind-blowing to me, it's not this one.

[00:17:41]This feature, it's another one that he will show.

[00:17:44]>> Astronauts to the moon recently.

[00:17:47]>> Wow.

[00:17:47]>> The website it's here. Look, it's the Lunar Reconnaissance Orbiter, but you have to dig into the he did the the study and actually somebody captured it and send it to to him to the physicist saying, "Look, there's something here interesting." And now I thanks to news nation I'm aware of it me and many others and we can analyze if it wasn't for Ross Coltart I wouldn't be here today doing this so kudos to to Ross >> so it's quite tall and notice there's all this other surrounding debris and something has rolled >> this is what I think it's mind-blowing man what he just said Look, he will zoom from the structure.

[00:18:44]There's It looks like a It looks like a root, man.

[00:18:51]It looks like a root. You will zoom and we will better see. And it finish. And this is the moon. This is nothing like Okay. When you have a crater, some things explode and and they get sparse here.

[00:19:09]at andrew branch4101 super chatted $74.

[00:19:14]Dear Chiagu, I tried everything in my power to rejoin the Discord three device, unlink and relink.

[00:19:21]>> We talked two on disk. I want to follow everything.

[00:19:25]>> Andrew, I don't know what to say to you.

[00:19:27]I will do um soon a members only live stream here to to talk about that. I don't know what to say to you, man, because it's um it's uh uh it's very tough to me.

[00:19:47]I will talk about that there.

[00:19:51]So, there are craters and impacts and whatever, but this kind of um path here >> surrounding debris >> from here >> and something has rolled. Oh my god.

[00:20:05]>> Until here, man. And there's something there. Look, this is really crazy. By the end of the the path that you can see here, you see the path.

[00:20:18]It looks like a a track or something. At the end, there's a a hole and something there.

[00:20:28]Can you see it? Yes, you can.

[00:20:34]Andrew, is he here?

[00:20:43]That's movable.

[00:20:46]>> That looks like that. Go in a bit closer, Max. That looks >> And the the face of Ross Colar is a poem. Look, it's amazing. Ross is feeling exactly the same thing as I felt when I saw this.

[00:21:03]It's amazing.

[00:21:05]Looks like vehicle tracks.

[00:21:10]>> A vehicle.

[00:21:12]>> Yeah. So, I cannot go in closer in this particular image. However, I managed to find the raw image strip in NASA's >> Look at the work they they do with this man. This is on that website, man. If you want you you can copy from here but it's a bit long you know >> lunar recons orbiter archives >> you pause then the replay you pause slowly and you you do it all >> love your work max love your work >> this is from from their archive archives from NASA this is not nothing from I don't know random people or something this is very scientific data Yeah, I took some work, but I was m I was able to uh stumble on it. So, this is the same structure right here.

[00:22:06]>> Wow.

[00:22:06]>> And we can get a little bit better resolution. Now, we can see >> Now you can see >> see the second one here. Here >> the second one. But I think there are three. Let me see if we can see. It's in a different picture. It will show.

[00:22:21]one, two, the big one. And now we can see the second one here. It talks about and there's I think there are three structures here.

[00:22:35]One it's the biggest one and probably it's this one. We don't know because we didn't went there and this is the best we can have. So scientists don't have enough data to to to go into that detail.

[00:22:51]But it looks like this one is the biggest one, the one at the top. And the shadow of it is so strong that hides the shadow of the third one. I believe there are three, but at least two of them are the biggest one. But I think there there is another one here because this shadow, you see the the little one here, the bottom, it's the the second shadow.

[00:23:17]And this one at the middle, I believe it's being hidden by the big shadow. So, three, but it's my opinion only.

[00:23:29]>> Was the first one?

[00:23:30]>> Oh, this was a good tip we got from our viewer, wasn't it?

[00:23:33]>> Yeah. Yeah, it was very interesting. And what what I like about this example also is that these structures which are quite tall, there's nothing like them.

[00:23:47]at least not of the same extent. There is this other smaller set here.

[00:23:52]>> It's a a really rare um feature. No, in the moon.

[00:24:03]Those are through true weird anomalies.

[00:24:07]Exactly, Stephen.

[00:24:09]Exactly.

[00:24:10]It's that's why this this uh interview is amazing. nothing nearly this big in any direction in this terrain.

[00:24:23]And there's no example. There's no indication of anything like skid marks.

[00:24:29]It's not like these structures like skidded in from somewhere else.

[00:24:34]>> Exactly.

[00:24:34]>> There's no uh series of craters which indicate that it like bounced.

[00:24:38]>> Exactly.

[00:24:40]So there there is no good and strong evidence of something that came from of this being something from a crater or something impact or >> just here sitting here in this otherwise consistent terrain.

[00:24:56]>> Can I ask you do things roll on the moon? You used the word roll earlier. Is that track plausible as a rolling object?

[00:25:07]Well, that would depend on Chrishatted $10 is on the edge of the >> Thank you. Thank you so much. Chris Green is in the house.

[00:25:30]>> Bam.

[00:25:33]Bam. Bam. Lunar. Bam.

[00:25:36]Thank you. Thank you so much, Greece.

[00:25:37]Thank you so much. I'm glad to have you here. Always >> crater. It's sort of hard to tell uh just how steep it is. Notice there are uh there is this crevice which might be the edge of another crater. This is definitely another crater edge, but it's hard to tell how flat or inclined this terrain is. So maybe >> so they don't know the inclination of it.

[00:26:07]But it's >> the question here is how could something do that track here from the object till this thing here.

[00:26:20]They don't know the inclination. So we don't know.

[00:26:25]>> Kind of hard to say.

[00:26:28]>> The tracks are quite consistent.

[00:26:30]>> Am I we use the word tracks? Mhm.

[00:26:34]>> Am I is this paridolia on my part? Am I deluding myself visually? Do I see what looks like vehicle tracks? Two two clear indentations into the lunar dust.

[00:26:47]>> Well, they they look like relatively regularly segmented um indentations. So, that's interesting. And I'm not it's not clear to me exactly that those would form just by some irregular boulder rolling down. What's that?

[00:27:03]>> It's unknown by science. By science.

[00:27:09]>> This distance from here to here. Um, if I were to estimate it, >> the distance >> probably anywhere from 100 500 ft to a,000 ft would be my guess, my estimate.

[00:27:29]>> And am I deluding myself? Is there something inside that smaller crater down the left hand side there?

[00:27:34]>> Yes, there is.

[00:27:35]>> Yes. So, something it appears has rolled from here, >> one of these objects down into here.

[00:27:45]>> Look, look.

[00:27:46]>> You see? Yeah.

[00:27:48]>> This is the closest you can go with it.

[00:27:50]>> Yes. Unfortunately, this is the close.

[00:27:53]>> This is the closest that we can get. He was making kind of a zoom. Let me pull it.

[00:28:01]back. And this is the closest you can go.

[00:28:04]>> It was here.

[00:28:08]>> Yes. Unfortunately, this is the closest we can go.

[00:28:11]>> The closest you can go >> down into here.

[00:28:15]>> And this is the closest you here. When he kind of zoom, this is the best we can have of it. Let me take a a screenshot.

[00:28:28]All right.

[00:28:32]All right. Then I will put it on the software to see what happens.

[00:28:38]>> You can go with it.

[00:28:39]>> Yes. Unfortunately, this is the closest we can go in uh the raw imaging uh data.

[00:28:46]>> Exactly. So, it looks like a a blob basically.

[00:28:50]>> Yeah.

[00:28:51]>> Uh a probe.

[00:28:56]Well, it's uh to roll something there.

[00:28:59]They don't know and we don't know the inclination of it. It could be possible if the inclination is height that the angle know but it doesn't seem so because this has is full of irregularities >> or something reflective something very shiny is reflecting the sunlight even though it's in the shadowed area of the crater. it seems.

[00:29:26]And so the question would be what could this pair of towers be exactly? Um, it's hard for me to see how they could be meteoric debris or debris that was kicked up by another larger impact crater which just happened to fall down because if it fell, I wouldn't expect it to be falling upright sticking out orthogonal to the surface and to >> of course he's talking about how cool it be like some like a cone like uh from a a crater impact and then fall like this and cast that shadow. It's strange, you know, be so tall. Um, another possibility is that it's some type of artificial structure. And then the the question is, well, what type?

[00:30:22]>> So, there's a possibility that we should consider of being an artificial structure. notice I don't know if it's during this um this object that he insist or previously I don't know if we will watch it but I remember he was telling that well when I speak about artificial structures on the moon or elsewhere it can be something that with erosion with time something that was a long time ago there for some reason. Imagine that nonhuman intelligence from somewhere else visit visited us and used this region. That is a dark region because the poles are darker. So it will be a good place to hide from us that and the far side of the moon of course that is in the opposite side of our views and could uh establish there or build something there temporary and then gone and these are the remnants of uh of that for instance right so it's possible and we should consider those uh those hypothesis as we consider it in 3i atlas and other objects like omua mua the possibility of having a techno signature >> media base of some kind but there are some other possibilities which actually one of our um a well-known physicist and studi researcher Paul Davies >> and this is all about science do you notice that this is all a scientific paper. He's a physicist. Who knows who send him that anomaly? Probably someone that that studies this subject as well.

[00:32:21]So, this is all in the real of realm of science.

[00:32:26]>> Disgusting.

[00:32:27]>> Used to live you used to live in Australia. Paul Davies. Lovely man.

[00:32:31]>> Oh, our friend Ali. I didn't know that.

[00:32:34]I love people from Australia. He's well he's well known in Australia and he's a he's the author of a very well-known and highly respected text book on quantum fields theory and curved spaces. He's a highly respected mainstream theoretical physicist. He's the director of this beyond center at Arizona State University. He published this in 2011 and he notes in addition to the idea of a base >> 2011 >> well he mentions other possibilities with his co-author. He says, "A persistent science fiction theme is that of an alien artifact left on the moon's surface long ago. For example, Arthur C.

[00:33:11]Clark. Such an artifact might originate in several ways. For example, discarded material from an alien expedition or mining operation."

[00:33:20]>> Mining operations and expedition instrumentation deliberately installed to monitor Earth. To monitor the Earth, for instance, we should consider this >> or a dormant probe awaiting.

[00:33:35]>> A dormant probe awaiting for what?

[00:33:39]>> Contact. Act on the message in a bottle theme.

[00:33:42]>> Alien technology.

[00:33:43]>> A message in a bottle theme. Man, this could be something strong.

[00:33:49]If we explore, we need to explore. We don't know the region. No. might also manifest itself in mining or quarrying activity or even construction work traces of which might persist for millions of years. And he advocates >> things that might persist even after millions of years.

[00:34:08]So with the lack of atmosphere, it's almost known on on the moon. It's very thin. It's not like the earth.

[00:34:18]and they have the the impacts and micro meteorites and whatever erosion actually in in this um in this video he shows a table with I think it's at the beginning with a different years so 100,000 years what would an a building look like 1 million years and things like that man it's crazy >> for using the lunar reconnaissance orbiter data to look for them exactly as we're doing uh here.

[00:34:54]>> So, Dr. Max Derek Shani, are we talking about a space odyssey 2001 type monolith on the moon? Is >> the monolith >> that a distinct possibility?

[00:35:09]>> I think it's absolutely a uh distinct possibility. Uh certainly worthy of uh consideration.

[00:35:18]uh what I might do is just if it's it might be of interest as well I can zoom in into these structures with much greater uh detail resolution using uh topaz labs gigapixel >> now he's using the the software that I use to to get sharpness of images it's a professional software that I have as well used for astronom astronomy and astronomical work and that defines better defines the this path >> upscaling software.

[00:35:55]>> Ah, come on. Seriously, there are multiple tracks there, Max.

[00:36:00]>> Of course.

[00:36:01]>> Gotcha.

[00:36:02]>> Yeah, there's one here. And there, notice these very these other objects are just sitting still.

[00:36:11]>> They didn't look like they look like great.

[00:36:14]>> Yeah. And they're all casting quite a shadow as well.

[00:36:17]>> Yeah, they're all casting long.

[00:36:20]>> See the shadows here of the the little ones?

[00:36:23]>> They're all just sitting there quietly.

[00:36:25]And so it does raise a question of could this in fact be something like what Davis is talking about? Maybe a dormant probe waiting to be accessed. Maybe it's um a monolith of some sort. Maybe it's some trash or debris. Some defunct probe. something of that sort. It doesn't look like it just crashed into the surface.

[00:36:47]>> But more importantly, it it it's not it's not congruent. It's not consistent with the rest of the lunar surface. This is >> this is anomalous.

[00:36:58]>> Yes, I would say so. And to that point, further to that point, >> hold on.

[00:37:04]>> If we apply the >> Let me show you in detail here with the magnifier the path of it. You see the path of it?

[00:37:15]Look here. It looks like it makes a curve here to get closer to this object and then it goes straight forward.

[00:37:25]Then it change again. No, it's got it goes straight forward here and then it shifts a bit to we enter what looks like a I don't know what looks like something the structure >> this is this is anomalous >> point further for example this is the fractal algorithm >> now he's what he is talking about here >> he uses a different software that it's used on Earth to to identify structures and things that could be built by humans. It's the fractal software that um that compares and scans the image and it gave results interesting results as well. this area in this image that is the least fractal or the most anomalous according to the soft according to the this algorithm this artificial object detector that's used in satellite imaging by the military and private satellite companies the towers are the ones that are the most anomalous >> so the software identifies the towers here with this brightness it's the the feature >> according to that algorithm and not just uh this one. But if we go to the other algorithm um we see also that it stands out very starkly >> the same here.

[00:39:02]>> Oh yeah.

[00:39:04]>> So we also >> blob. So this software, these algorithms that are professional for professional use on Earth, they identify something that could be something that was built not naturally >> as a big blob. Yeah.

[00:39:25]So clearly according to these two algorithms which are well tested, well confirmed and used in various military and private applications using our own reasoning about uh lunar geology and looking for general criteria as to what artificial structures would look might might be like. this is a very promising candidate and uh now has apparently never noticed this or discussed it. So it remains a possibility there that I think is worth exploring further >> because they have many things to study.

[00:40:04]They have many things to study. That's why it's loads of files.

[00:40:08]>> Mr. Lonely 68 super chatted $587.

[00:40:12]>> Very interesting stuff today, Captain. I am stuck to the screen like Ross rolling on the floor laughing. Thank you again for everything you do heart.

[00:40:21]>> Thank you Mr. Lonely. That is never alone. Thank you for the super chat.

[00:40:25]>> Super.

[00:40:29]>> Look, I have uh stuff to show and discuss with you about the pursuit program. So the the files that were released by the administration. But I found this yesterday. I was uh going to sleep and I saw this and I couldn't stop watching and I was so attracted by this that I said I need and it's fresh news. I need to show them to to my community to the Serenians immediately because we point to the moon. This region we can't see but we can other regions with anomalies as well but they don't want to tell us. Who knows? I just want to thank the viewer that sent that into us and um >> thank you so much Shiman Murphy for renewing our membership. Thank you.

[00:41:19]Thank you. Thank you. Thank you so much.

[00:41:21]Double thanks.

[00:41:23]>> I'm really grateful Max that you've done your digging and you found those more highresolution images. Can I ask you this? Do you think NASA perhaps released those images this year by accident, not realizing what they were releasing?

[00:41:37]>> Well, >> that's always a possibility, I think.

[00:41:40]Well, let's see if uh there's more from this region. Yes, >> I noticed that the Arteimus mission is focused on the south pole of the moon.

[00:41:53]>> Yes, it's true.

[00:41:54]>> I'm really interested now to know whether there's something on the south pole. But um why is the pole of a lunar object important?

[00:42:02]>> Is there anything in it?

[00:42:04]The pole itself is just a place that would be convenient to hide something because if they wanted to be discreet.

[00:42:14]Um, and the reason is because it's very dark over there. Uh, we can see that by looking at the previous image, >> the darkness of it. We can see that is darker. So, the poles are darker. But I I believe thank you so much for giving the the membership. Thank you so much.

[00:42:34]see I believe they have something else like minerals and I don't know the polls have something that is different from the rest that not only United States but other countries like China want to explore actually they they are very close there in the south pole >> be not specifically uh this one but here it tends has to be darker.

[00:43:04]>> Uh, I see. Yeah.

[00:43:06]>> And so, >> thank you so much, Quazar, for gifting five Dosonian power memberships. Thank you. Thank you. Thank you as well. Thank you so much.

[00:43:21]>> It's a good It's a good hideout. It's a good hideout.

[00:43:25]>> Yeah. Just like the back side, the far side of the moon, the poles could also be good hideouts.

[00:43:31]>> Yes, chicken. But it's a photo that um it's different from what we are used to to have. It's like for instance you look at um I don't know what the field of a natural field around you with a regular stuff you see trees and I don't know animals whatever you have in your region no but suddenly something capture your attention because it's different it's something that what is that there can it be somebody there or can it be something that is not natural there because what I'm watching is different from all the rest. Now imagine that in the moon it's something that it's an unexplored place. We don't know about the moon as much as we know from the earth. Well the earth as well but we know more from the earth than the moon. We are exploring and if it's on Mars even better and if it's Venus even better because it's unknown. So if you see something different you want to know you you are curious aren't you?

[00:44:46]>> Right. Well that's a zinger. I mean >> and science gives the answers.

[00:44:51]>> Put that on the list for us to put to the new NASA administrator and ask him what the hell's going on. Why is it that their original photographs released to the public are blurred? Apparently quite del.

[00:45:03]>> Well, that should be a mistake. Let me pull further.

[00:45:09]There we go with the the shadows.

[00:45:11]>> See what they they say.

[00:45:14]>> Wow. Well, you've really got me going there, Max. That's exciting. Um, keep on going. I'm in your hands.

[00:45:20]>> All right.

[00:45:21]>> Okay. Okay. Okay. So, >> so this will I will leave for tomorrow.

[00:45:27]This one. What do you think about Let's do the poll. Let's do the poll.

[00:45:33]Let's do the poll. So, the poll will be here.

[00:45:39]The ones that know already, I resetted it. Where's the freaking poll?

[00:45:46]Here. Paul, is this just natural? # yes if you think it's just natural. Somebody voted already.

[00:45:59]# no in the chat if you believe it's not natural. Easy peasy. No, so please vote so we can have a sense of your opinion about what we just saw.

[00:46:21]It's very interesting man this I will show you meanwhile while you vote I will show you by the way I left the already the link at the description to this if you are interested in watching we will watch it all the anomalies are great so we will watch one by one in the live streams this week and Next, Lunar Reconnaissance Orbiter Camera.

[00:47:08]So, they have loads of um of images. These are the articles. If you follow the articles, you will see more of those interesting stuff.

[00:47:32]And then there's where is it?

[00:47:49]There we go.

[00:48:01]Simulator.

[00:48:34]here.

[00:48:48]Quick map. I have to put quick map.

[00:48:53]And you can zoom in, you see.

[00:48:59]I will copy the link and put on the description for the Luna people that likes Hold on.

[00:49:28]See more later here.

[00:49:35]So everyone can have access because this is public. You can have access to the features. So is this just natural? Yes.

[00:49:45]13%.

[00:49:46]No. 87 almost.

[00:49:51]Yes, it looks like it's a a good possibility.

[00:49:56]It's a good possibility. Look at the far side full of craters.

[00:50:03]And we can zoom here. You see the darkness of the poles.

[00:50:16]All right.

[00:50:18]Where is the poll? The poll you The poll is in the screen. You vote on the chat.

[00:50:24]# yes if you believe it's natural. # no if I believe it's not.

[00:50:33]I do this often the polls here so I can have an idea. So this is the the front side of it of the moon here. What we see now, it it is full of impacts from the far side because it's more exposed as well.

[00:51:12]Okay.

[00:51:16]So if you like this content, share, share so that people can find me.

[00:51:26]I will end the spaceship. Thank you very much for being here. I'll see you all tomorrow and stay positive. I will try to as well stay healthy if possible.

[00:51:37]I'll try to as well and I'll see you all tomorrow. Thank you so much from the bottom of my my heart for being here with us all together in the serenity.

[00:51:47]Thank you. Thank you. Thank you. Outro.

[00:52:17]So this second example