The BIG Questions about UFOs and Extraterrestrials

Show Transcript

Let's imagine a scenario where there's someone in front of you that's like this deep throat character, someone who knows it all in regards to UFOs and aliens and contact. And they're standing right in front of you and they throw their hands up and they say, ask me anything. I have all the questions. (00:31) What would you ask? What would you ask them? That is what we're going to be talking about today, Jimmy and I. Because today, even though it's Wednesday, today is going to be Mysteries with a History because I have work obligations tomorrow. So we are just making it happen, making it work. And I'm really excited. (00:50) I have a bunch of questions already written on here. And for those catching this live online, What's going to be really exciting about this particular show is I want to hear your answers as well, your guesses, your opinions, and your questions as well, because we don't have all the answers. But if we were given that opportunity to speak to someone that said they knew everything, What would be the one question you would ask them? Let me bring in my co-host, Jimmy Church of Fade to Black Radio. (01:20) Jimmy, happy Wednesday. How are you? Charlie Brown. Charlie Brown. So Christina says, hello, everybody. Christina. So I pop up on the screen. She goes, you look like Charlie Brown. I'm like, oh, what? It's a Harley shirt. No, it's Charlie Brown. Charlie Brown. So now my coolness has just left the room. (01:46) That's not exactly what I said. What I said was, have you ever seen Charlie Brown? Because your shirt reminds me of that. Yeah, you clean that up pretty well. How is everybody doing today? Now, Christina, I like your opening. What would you ask? And I would bet. Let me see. I don't have any. I was going to pull out some change. (02:12) Do you have a change jar these days? No, but I have a highlighter. Okay, you have a highlighter. I would bet a dime to a dollar that everybody, everybody would ask at least one of these questions that we have today. I'm pretty safe in... And in that, um, you put together a really good list. Um, I like your, if you, you know, if you had somebody in front of you that had all the answers, you know, what would you ask? And now I'll start with this. (02:54) Nobody has the answers, right? If somebody has the answers, we don't know their names. Okay. Now, somebody does, but they're not in public. It's nobody that you know. It's not a name that you will ever know. And that has always been my position on this. And I know that sounds dramatic because there are people out there. (03:25) I know everything. No, you don't. Don't you simply do not. And that is part of the journey, isn't it? Right. Continuing to push forward and collect information and then, and get closer to what, what the ideas may be and what the answers are. So yeah, let's, let's go through these. I mean, what do you, when I say something like that and that it's dramatic, do you agree with, I do. (04:01) I do. Because it's so multifaceted and it's going to get to so many other phenomena that it's difficult to have all the answers, especially when we don't have contact to our understanding with all of these potential visitors. Are they all different races? Do they all have different agendas? And We don't know anyone that is in contact with all of them, but actually we're going to get into some of these questions because they are definitely worth things to consider. (04:36) And for AJ Raffles, first of all, thank you. And I know people are already throwing in their questions. We're going to start off with this one. He's asking, are they carbon, hydrogen, or oxygen based? What did they evolve from? What species are in their ecosystem? Who else have they encountered and where and what are their opinions? Do they have art or culture? This guy right here is throwing all the questions in just one go. (05:03) And I... How do you pick that apart? And he left out Silicon. He left out Silicon. That's a good one. And now I have, okay, I don't even know how to, we've got a whole list of questions and then that gets thrown into the mix. And that's exactly where this is. People want these answers, right? Now, the reason why carbon, okay, silicon's brought up a lot, okay? And there's a reason for that, right? But it's the adaptability of other molecules and atoms to attach each other to that particle and then (05:53) expand out upon that and create life. Carbon just happens to be one of the most flexible molecules. things there are. It can attach and create so many different things. Silicon is something similar to that, but its adaptability as you get more complex closes down. So a silicon-based life form, even though it's been thrown out there for the same reasons that carbon is a base of things. (06:33) But silicon isn't as flexible. And then so when you jump out beyond that, I would say that carbon, because of its abundance in the universe, number one. But number two, and I've seen presentations and read some books on this from physicists. um, discussing this and chemists and biologists, and there are the carbon carbon is the most flexible. (07:06) It adapts and you can create so much from it. So I would say if we encounter, uh, another life form, like face to face, it's going to be carbon based, um, oxygen and water because of, again, Christina, we need to move on, but what do we have to compare to? Well, we've got one, right? That's it, right? That's what we have to compare to. (07:38) So what works for us here? Carbon, water, oxygen. Right. Those are the three basic things. And without any of those, we don't live. Right. We die. So that's I would say that that you need water. You need water that's not frozen. You need carbon and, of course, oxygen and hydrogen and oxygen. obviously make up water, and that's a component that can break down to other stuff as well. (08:15) So there you go. That's my short answer to that multifaceted, really good start to the show. I think so, too. And those elements are really the building blocks to our understanding of life. At least the way that we are able to conceptualize life is using those elements that we've been able to research with our telescopes, through astronomers, and so much more is based off of our knowledge. (08:42) periodic table. But a question that's probably on a lot of people's minds, especially when David Grush gave his testimony to Congress last year, and that is, is the US government in possession of extraterrestrial craft? And I think for people that have been researching this topic for a few days, months, decades, a lot of them would say a solidified yes. (09:15) Yes, definitely. And then you have those that might kind of hesitate. But from our understanding, Jimmy, all the research that we've done independently and together as well, countries across the globe. You can pick any country out from a hat if you were to pick out any kind of label. And the majority of them have had a UFO office for a handful of decades. (09:42) So let's throw in other countries into this mix. Does China, Russia, countries in South America, Mexico have possession of extraterrestrial craft? Do you think it's a possibility? Or do you think these ET, maybe even interdimensionals, collected the debris as soon as it crashed? Okay. Now, excellent, excellent, excellent question and a great start to the show. (10:12) My short answer is of course the U S government is in possession of extraterrestrial craft. Yes. Other countries while Russia and China, I would say yes. When you break out of those three, The United States goes to those other countries and collects the craft. How do they do that? Okay. There are many reports. Now, when you go and do a deep dive into this subject, you will find that today relationships are different. (10:53) But back in the day, Iran and the United States were allies. Okay. Iraq. Afghanistan, Syria, Turkey, these countries, all of them, all of them, Afghanistan, Iraq, Iran, all had craft sitting in the desert, calling the United States saying, come and get this thing. Okay. Now in a couple of cases, The craft had been sitting there for a long, long time. (11:36) Didn't just land. Okay. Dusty, broken down, sitting, just sitting hundreds of years, maybe a thousand years. And the United States went out and collected those craft. This happened. And we know about the reports in Chile, in Brazil, in Argentina, in Mexico. Canada is just north of us. So, yes. The United States goes out and collects it. (12:05) Most of these countries don't have a situation in place to not only retrieve the craft, but to have a scientific team and an engineering team go in and reverse engineer and examine. I'm going back 30, 40, 50, 60 years. This crash retrieval program has been in place. Point number two. So we have the United States and we have all of the situations here that we know about, but other countries around the world, they just call and go come and pick this stuff up at Wright Patterson in Ohio. (12:49) They have the foreign technology division. Okay. Now the foreign technology division, what does that mean? That means anything but us. Okay. Foreign. So it could be a Russian satellite, right? That, that land somewhere. We go out and pick that up. That's foreign technology. That's also, ET craft and retrieval, anything from outer space that enters the atmosphere and lands. (13:22) We get the call. We go out and pick it up. It goes to Wright-Patt and to the Foreign Technology Division. This is not made up. This is not conjecture. This is not theory. This is not some conspiracy. It's none of that. The Foreign Technology Division is real, and it's at Wright-Patt, and that's where all of this stuff goes. (13:47) Well, it's the same kind of deal when people said all the reverse technology was at Area 51. But once it gained fame, we can assume that it was moved. It could be the same possibility with Wright-Patterson Air Force Base as well. It's so well known. It's in people's vocabulary. I doubt that it would still be there. (14:08) But regardless of that possibility, the important thing is... that people are noticing the flight patterns where big debris is being flown in there. Some things are coming out. Certain people have spoken out about Wright-Patterson Air Force Base, usually anonymously. And it just captivates people's interest because it is a mystery. (14:36) What are they doing? Are they truly able to reverse engineer it and have the proper things to repair it or the exotic matter in order for it to work properly? Those are the questions. No, no, no. The answer is no. In a broad stroke. And let me explain why. All right. So this is... I just grabbed something out of my desk tray. (15:05) Okay. This... is a USB drive on a USB adapter going to a USB-C on the end, plug this into a cell phone. And that's what I use it for. Okay. To take video and stuff off of it now. So this is buried in the ground a million years from now, archeologists are digging around Palmdale and they pull this out of the ground. (15:37) Do they know what it is? Do they have any idea? And then beyond that, how do you get the data off of it? How do you operate it? How do you know anything about this at all? And that's if it's an advanced version of us. What if it's not an advanced? What if we disappear and then it's, it's Neanderthal part two and they're digging around and they pull this out of the dirt, right? Do they know? Well, not without an instruction manual, a CD, a CD, somebody pulls a CD out of the ground in a thousand years. (16:21) They don't, what, what is this thing? Right. And, and, or a CD player. So, um, Let's talk about an alien craft. If you don't have the instruction manual, right? How are you going to repair it? How are you going to know anything about anything with anything? You're not, you're simply not everything that you do. (16:50) Everything is, is an idea. It's a theory. It's a hypothesis. That's all it is. And you're shooting in the dark. If you have no electronics background and somebody brings you a circuit board and says, I pulled this out of my TV. It doesn't work. Can you fix it? Christina, are you going to be able to sit down with a circuit board and repair it? No, no, no. (17:18) You wouldn't know where to start. And you are very bright. Okay. You're very intelligent, but you wouldn't know. And that's where we are with anything that comes from another civilization other than ours. What do we know about it? How is it possible? You can have engineers look at it and come up with some ideas, but how are you going to get that thing off the ground? Seriously, without a manual. (17:48) It's just impossible. Could I fly a plane today? Could, could I, could, could you, I remember those pictures of you in the helicopter, right? You remember that? You remember when he posted that? Right. Okay. Really cool pictures. If you had the keys, can you jump over to the seat pilot seat and you know what it does, right? You know, can you start that thing up and take off? I'd like to think so. (18:24) Well, Jimmy, applying your logic, because let's continue on with this. Can we apply that same logic to decoding ancient languages and coded languages where we don't really know anything until we start playing with it. Do you think that would be a possibility in order to truly understand, to be able to reverse engineer technology that isn't ours the same way how we were able to decipher Egyptian hieroglyphs and Sumerian texts? That's a great point. (19:01) And remember that until the 1800s, until the Rosetta stone, We couldn't read Egyptian hieroglyphics. And the only reason why we managed to pull that off was the Rosetta Stone was written identical text in three different languages. And thankfully, one of them was Greek. Right. And so in even with that. It took like 10 years, the brightest minds in the world, right? They're looking at the Greek texts. (19:37) They're looking finally one day, one word, one thing. Oh, oh. And then we were off to the races, but are you ready for this? 2000 years that took to happen 2000 years from Cleopatra until Napoleon. Think about that for a second. And that's on this planet, right? That is part of our culture. And, and we almost didn't get that pulled off. (20:10) So you bring in something completely foreign, completely, um, with, uh, A language, maybe, right? Depictions or letters or words on a control surface. Maybe, maybe not, but let's say it's there. You don't have a Rosetta Stone. How do you even know? on or off, right up or down. How do you know these, these things you simply don't. (20:48) So yeah, when I say no, probably no. Now, what evidence do we have of that? Let's just go with the evidence. I'm going to go with the Wilson Davis document for a second, if we can, because there is a page on there, uh, where Admiral rear Admiral Wilson. is at what we think is Lockheed skunk works. And he's sitting there with an engineer, a security guy, and an attorney, uh, for skunk works. (21:17) And they're sitting in this room and they say to, to Wilson, they go, we got a craft. You want to see it? We think it can fly. That was, that's, that's their state. We think, right. They think. I think that is so accurate. We think it can fly. It's whole. It's there. And we think it can fly, but it's just sitting there. (21:49) You can see it if you want. And I think that's a very true and accurate statement. So that's why I go with no. Alien reproduction vehicle, that's a whole other question. Another great question to ask is how many of these do we have? I just pointed out Afghanistan and Iran and Turkey and Syria. Iraq, Brazil, Argentina, Chile, Mexico, these different countries where we have gone and done the crash retrievals, plus everything that is here in the United States and other countries that are around the world. (22:32) I would say, if I'm going to how many, I'm going to say probably in the hundreds. It may be very similar. You ever see the TV show Warehouse 13? You haven't seen that? It's really cool. Warehouse 13 is worth it. It's worth the price of admission. Go and check it out. I think it's five seasons, six seasons. (22:54) Really good show. But a warehouse full of artifacts, crazy stuff, right? Of anything that you can imagine. And it's endless. And I would say that that's probably pretty close to what we have when it comes to craft and different types of craft and probes and stuff that has entered our system for interstellar space, arrived here on Earth and done their thing, and we went out and picked it up. (23:27) Some of it may have been given to us, a trade, and we'll get into some of that too as well. I love that show, by the way. Warehouse 13 is, it's cool. It's cool. I feel like I'm so behind on TV shows. Like right now, I'm just catching up with the latest season of Star Trek Discovery and And I just feel behind. (23:48) I've not heard of this one. I will have to look into it. It's so good. It's so good. It's so good. Warehouse 13. For those that have seen the show or want to watch Warehouse 13, hit that like button right down below. And if you've ever had a question that you wanted to ask someone, what would you ask them? And hit that like button if you've always had that one question that you wanted answered. (24:10) But the thing about how many crafts have been collected, let's just say, let's just throw out a number, 1946. That's kind of when the United States was really showing an interest. Due to the error report that was released in March, they stated that Project Slosser should have been created around 1946 at the latest 1948. (24:34) But that being said, that was still before Roswell. And so then my question would be, prior to that, were craft being collected? Well, according to Grush, he said that Italy had their crash retrieval program back in 1933 in Magenta, Italy during the rule of Mussolini, right? So does that display that other countries have been collecting them for a longer period of time? And if so, Where are they? Where are they putting them? And how many are there? That's that's a question that I know. (25:05) I just feel in my gut that Robert Bigelow might have the answer to or he has some in his possession. But aside from that, it is really interesting to throw all of these countries into the mix of if there have been a consistent amount of UFO crashes of craft that are not human. How many have there been? And if they're still happening today, what are they getting wrong in their technology? Or is it our technology interfering with theirs, creating that crash? Or is it by design? You know, there are all these different questions. (25:46) Right, right, right, right. Which is what I love about the subject. Because, again, what do we have to compare things to? Well, we just have us, right? And here we have Mars. Now we have, we have now, uh, been to or flew a craft by every planet in our solar system. That's a pretty huge achievement, right? Neptune, Uranus, Saturn, Jupiter, Pluto, right? Venus, of course, and Mars and Mercury. (26:22) We have managed to do that. And we have landed and crash-landed on at least three. Saturn, we crash-landed Cassini, right, into Saturn, which is still a pretty crazy video to watch. And, of course, Mars and the moon. That's the public side of it. But the majority of what we had to do to get there is crash. (26:51) Because once you get into the atmosphere, we don't understand. What flies and works here doesn't necessarily, and obviously, we've had a lot of difficulty doing that. Well, if you flip that around, no matter how advanced you are, and we're pretty smart here, but another extraterrestrial advanced civilization comes here and enters our atmosphere, they have to deal with all kinds of things. (27:20) And it's not only... gravity, but it's our atmosphere. It's the barometer, the pressure. What's really going on? The barometer. What's really going on? And the flight control systems and everything else on that. Well, I think there's a very high probability that you could crash. The second thing, very high probability. (27:48) But the second thing is we have electronics and we have things and electromagnetic interference that's flying all over the place. Could that interfere? Sure. If they're not expecting it. Or maybe their flight systems operate completely different. And maybe EM interference or radar or anything like that is really, really bad news to them. (28:10) Where for us, it's different. It's the opposite. There's that part. And then there's the other part. We shoot at stuff, right? We do. And what about lightning and natural interference? There is one other thing. I'll say this and we'll move on. I want your opinion. We have reports and they're coming in all the time about these different exoplanets that rain diamonds, right? right it rains sulfuric acid it right you know it's it's could you imagine you and I right cruising and we go (28:55) out tonight and we enter and it's raining diamonds on us not hail diamonds what would that do? Right. And so that's, that's the point that I'm trying to make here is that we have our own issues that we deal with on, on planet earth. We bounced off of Mars in order to land there. We do the same thing on the moon. (29:21) We literally just bounce off of it and hope for a smooth landing. Yeah. Like, you know, so how many have successfully been flown by humans? When I say none, none, I don't, uh, I don't necessarily, I don't believe that to be entirely true. Um, I think that what I mean by that is if, if we don't know anything about the said craft, no, it's going to be no, no. (29:51) But what if we have an ET flight instructor, right? Yeah. Okay. So this is what you do, man. Okay. So put your hand here. Okay. Okay. All right. Now let's put on the brain interface. And, you know, if you have that, yeah, sure. You've got a good solid copilot. Yeah. I could see that. Yeah. And I'm okay with that. (30:18) Now finding a craft and not knowing anything about it and then expecting to, to just be able to fly it. No, no, you're going to put that on the back of a truck and tow it into a warehouse. Like the Kecksburg incident, people saw that happen verbatim to what you just said. Now, the next question would be, we talked about crashes, crash retrievals, talked about how many the world might have in their possession, but then it ties into the next question on... (30:53) Are there different extraterrestrial civilizations here on planet Earth? Well, based on people's alleged testimonies, there have been a lot of contactee experiences where people have encountered a handful of different entities, so much that we actually have names for them. And what's interesting is if we... (31:20) see the universe as vast as we can understand it, not just our galaxy, but the universe as a whole, and maybe even bubble universes, it would only be plausible that there would be a lot of civilizations, a lot of different intelligent species. But the big question is, Why would they come to Earth if there are so many? Does Earth have something special to it? Is it just a tourist site? Is it just a pit stop? Is it just other entities being curious the same way that we are to understand a different environment from our own? (31:55) And if we consider that and we have different species coming to visit, who's monitoring them? Because to our understanding, they're not consistently interacting with humans saying like, hey, guys, I have my little post out there. Don't mind me. I'm just having a little bit of fun and I'll see you at five o'clock for tea and cookies. (32:14) OK, I'll see you then. We don't have stories like that. If anything, people are usually a bit frightened when they encounter these entities 99% of the time by mistake. These beings do not want to be seen, recognized, or noticed. Now, what I would like to know is these entities that have more human characteristics. (32:39) Are they truly integrated into society and trying to understand humans the way that Jane Goodall did with chimpanzees? Is that what's going on? Or are they just having a little bit of fun playing hide and go seek? Excellent point. And now, putting the United States aside, there are some beautiful places here. (33:03) And we do have Las Vegas, too, as well. That's not stunning. If you go to... It's hot. If you go to Paracas in Peru, you go to Paracas and you head out to the Red Cliffs and you go out... I don't know, they're quarter mile high, straight down right into the Pacific ocean. And you stand there and you're the only human right there. (33:30) And you look to your left and you look to your right and you're watching the waves come crashing in and the sun is setting and the blue sky. And you just look around and you say to yourself, this is the most beautiful thing I have ever seen. Right. And so if you're ET, I mean, it's beautiful, Christina, it's just, it's game changing. (33:55) But if you're ET and you're cruising, right. And you're just like looking out the window and you look over at earth, earth looks a little bit different than Jupiter or Mars or Mercury or other exoplanets. It's different. It's blue. It's bright. It's got life. You can see it. And so if you're cruising by, you're going to go, Hey, that, that looks pretty cool. (34:28) Now take humans out of the equation because we've managed to mess this planet up pretty good. Right? Okay. Take humans out of the equation. Earth is, is magical. It's a beautiful blue gem, right? It's incredible. So why wouldn't any extraterrestrial race, species, civilization, want to come by and check this out? Now, well, the answer is all of them. (35:01) But how many other Earths are there that are just as special as this planet? It's got it all going on and without humans to blow you up, right? Oceans and sandy beaches and, and just life and trees and lush and the right temperature and everything is going on. How many more earths are there out there? Well, based on our current understanding, we only have discovered about 5000 exoplanets so far and less than a handful are have Earth like characteristics. (35:38) And if we just apply that pretty rough math to the universe. OK, and I'm just I'm saying rough. It's actually ignorant math. But let's continue. It would just display that. This kind of type of planet does have its beautiful, unique characteristics, especially when we compare it to rocky planets, icy planets, ones too close to the sun, too far to the sun. (36:03) They've got to be in the habitable zone, but they also have to be, to our understanding, water-rich planets. For instance, Earth is a water planet. But on top of that, it's even more rare to when a planet is not tidally locked. So you have an Earth like planet. OK, just that's already rare from our ignorant ancestors. (36:25) math understanding of our universe so far then it has to rotate like earth so you're not having this horizon of where it's always perfect but you have too hot and too cold on each side which is a tidally locked planet but one that has four seasons that is even more rare than our based off of our current understanding of the exoplanets that we have found so far, which displays that the Earth is this beautiful gem that has so many different species. (36:54) It has so many different environments as well and seasons, which I think a lot of us really enjoy. And so that might be a potential answer, maybe. of why people are, not people, but entities coming to visit to explore something that might be foreign from their own planet. So let me answer your question. I'll answer it directly. (37:19) We have 5,000 cataloged, cataloged exoplanets. We've got, we add exoplanets every single day that waiting to be confirmed and cataloged and given a name or a number. Okay. So by the end of 2025, that number is going to be 100,000. But right now, let's go with your number, 5,000. Avi Loeb said to me that he believes in our own Milky Way galaxy, there are over 40 billion rocky Earth-like planets in the habitable zone. (38:03) 40 billion just in our Milky way. All right. Now, if we go with your numbers there, where we've got a handful out of the confirmed, it's more than a handful, but let's say it's the number is 10, 10 out of 5,000. And you extrapolate that number out into the Milky way. That same number, because there are over 1 trillion planets in the Milky Way. (38:34) 1 trillion. That's 1,000 billions, which is 1,000 millions, right? The number of Earth-like planets with water in the habitable zone that have their own moon that are not tidally locked is in the millions just right here. Not five, not three, not a hundred. It's millions. Now, how many of those develop life in front of us? That's a big number, Christina. (39:15) It's a big, just here in the Milky Way. Watch the beginning of the movie, Contact. Watch the beginning, just the opening two minutes of contact. You can watch the rest of the movie if you want, but watch the opening two minutes because what they do there is they pull back off of earth and they back up, back up, back up, back up out of the solar system. (39:45) They back up, back up. You see the sun it's getting smaller. They back up, back up, back up, back up, back up, back, back up, back up. And they keep going back. When you see stuff moving by, it pulls back until the Milky way shrinks into a star. And then what is going past you are just galaxies and galaxies that appear to us as stars. (40:10) Okay. That's how big it is out there. Now, how much of that just a little bit got a jump on us by a thousand years, a million years jump. Think about that. Now, what are we doing right now? We're looking at Mars. We've got robots on Mars driving around. We've got a helicopter on Mars right now. (40:37) That's pretty cool. And we're just doofus humans. We haven't done anything. not advanced, but if you have something that has got the jump on us by a thousand or 10,000 years, a hundred thousand years, they're doing the same thing that we're doing. So how much of that has visited earth? I'm telling you that number is huge. (41:07) It's a big number and it's a diverse, diverse types of civilizations, diverse that may not even know each other. But they're all doing the same thing that we're doing. They're out there looking and cataloging and observing and seeing what's out there. But there's so much more to see how many civilizations just come by here once. (41:31) Just once. Catalog, take a quick look, take a peek out the window, and then we've got another million planets that we've still got to go and check out before our mission is completed. So they're going to head out and continue on with their research. Their version of Magellan, going out and cataloging and mapping and seeing what's out there. (41:58) That's my take. So, no, it's not five. Well, it could be five right now, but just in our own backyard, which is the Milky Way, it's a number that is so big we can't wrap our head around it. I really hope that is the case, because if we were able to interact with these entities, it would just allow us to feel more humility than ever. (42:24) And we can quote Ronald Reagan when he gave his most famous speech to the UN referring to extraterrestrials, stating that if there is... and existential threats, will it unite humanity to protect us or to allow us to see that we are all very similar amongst ourselves and very different from another entity from a different planet? How would we truly interact with them if we really did have to open our doors to an unknown planet alien that does not look human okay I'm not going with the humanoid I'm going with him that looks so (43:09) bizarre to us yeah like a praying mantis right right how how would humanity react In true honesty, because we hear the argument all the time, and we also see it on a daily basis, that we cannot get along with each other. And we're all from the same species. We're all human. But we don't usually get along. (43:36) Twitter is a great example of that. But if we are able to find, and I don't want to say this, but I'm going to say it anyway. If we find a quote, common enemy, right? Will that unite us? We have heard some of the most powerful speeches by some of the most powerful people that always display an enemy where people unite to point the finger at someone else. (44:01) And There are a handful of different examples. You can make up one that you have in your own brain of memory. But this sense of unity happens a lot of the time when it's us against them mentality. And them can be whoever you want it to be. And Android says, 10 divided by 5,000 is 0.002 of 40 billion planets equals 80 million Earth planets in j