Comments by "MrSirhcsellor" (@MrSirhcsellor) on "Big Think" channel.

  1. Because misinformation should not be allowed to fly by the radar unchecked or unchallenged...because some people really don’t know any better, and will be swayed by this sort of bullshit and propaganda. If enough people are suckered by a con like this, then you eventually get an angry mob...who can then effect policy or even worse, do real harm to others. So it’s better that people not remain silent, experts can provide real information to counter misinformation, so they should do what they can. Flat Earth is in a real sweet spot within conspiracies, in that pretty close to anyone can be an expert on this topic...because we all live here, we all have experience with Earth, so we all have some knowledge or insight to impart on the subject. Most of Earth science is just basic physics and geometry, it’s really not hard to debunk Flat Earth, so it gets a lot more attention because of how easy it is to join the conversation, we all have some expertise on the subject, because we all have direct experience with it. It’s also fun, I think we all generally love solving a good puzzle and this one doesn’t require much effort, but it’s still pretty satisfying, so it’s just in that sweet spot of simple but satisfying at the same time. So ya, it’s gonna get a lot of attention, it’s interesting. If we’re worried at all, it’s because we see what misinformation is capable of and we see what it’s currently doing to people. Paranoia seems to be running rampant lately and bullshit like flat Earth isn’t helping. So we’ll argue, because bullshit should be dispelled...hopefully it will keep others from falling for it.
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  2. Firstly, no, Polaris has not always been the north star. 3000 years ago it was actually Thuban…that is what’s actually documented. So right off the bat, your knowledge of basic astronomy has got some holes in it. The stars move…any amateur astronomer could tell you that…it’s a big part of what astronomers do, is record the position of stars each year, and track their shifts. They’ve been doing this for centuries, it’s long been confirmed, the stars are moving…including Polaris. The reason it takes so long from our perspective is for several reasons, the main reason being because of parallax effect. Distance has a profound effect on motion…it’s why planes in the sky moving at 500 mph, barely appear to crawl across the sky. And that’s just at 3 miles away, imagine what trillions upon trillions of miles would do. Here’s another way of looking at it, the Sun moves at what, about 500k mph? It’s diameter is about 950k miles, roughly? Okay, so in 1 hour, it moves about half of its diameter….wow…it’s really moving alright. Put that into perspective now. Stand straight, now move slowly forward over the course of an hour, until you’re half a foot further…feel like you’re goin very fast? Velocity is relative, a mile is significant only to the microscopic life living on this spec of dust we cal Earth. Now at that rate of travel, if the closest person was in say China, how long would it take to close that distance ya think? And that’s only IF they were standing still… So you’re not quite putting your full attention on this I feel. But does that thought experiment help a bit? And we do actually record a noticeable shift in stars as we orbit around the Sun, it’s called stellar parallax and it’s a big part of the evidence that actually started the heliocentric model, and it’s used still today to measure the distances to stars. Second, you’re close when it comes to celestial navigation, but it’s not 69 miles to horizon…it’s 69 miles to each major latitude line, yes, but geometrically you measure line of sight to horizon, which is only a few miles from the deck of a ship, 15 miles max. You don’t have to see 69 miles for this to work…you’re just measuring the angle from horizon, which can be any distance from you…it’s just your guide angle to the star, the point is that the surface curvature changes your angle relative to the star. Of course this would occur on a flat surface as well, with Polaris on centre, the difference is that on a flat surface, the drop of Polaris wouldn’t be a consistent 1 degree drop every equal distance of 69 miles. The fact that we do measure a consistent 1 degree drop every 69 miles, is actually more evidence that Earth is spherical. That’s what we’d expect to happen upon a consistently curving surface. Seriously…what made you think you have to see 69 miles? 🤷‍♂️ You’re just measuring the angle of the surface in relation to the star…that’s how this works. If Earth was flat, latitudes wouldn’t be consistent. So again…you’re almost right, but you’ve got some information twisted. Onto your Venus question, night actually begins on the side of Earth, not completely on the opposite side of Earth. So this still gives you quite a wide view of that portion of space, where the Sun has been blocked by surface, but the portion of space beside it, is still quite visible. And Venus isn’t always directly in front or behind the Sun, it orbits too, so much of that orbit is spent way outside of the Suns line of sight. So why wouldn’t we be able to see Venus for a few hours after the Sun becomes blocked? 🤷‍♂️ Now if we still saw Venus in the middle of the night, when we are directly facing away from the Sun, then that would be odd…but we don’t. We only see Venus a few hours after sunset, or a few hours before sunrise…as we’d expect we would, upon a spherical Earth, with its orbit between us and the Sun. This is actually more evidence that helped astronomers determine the orbital positions of planets. So another swing a miss really. These really aren’t BIG problems…like you seem to think. Maybe 500 years ago they were, before we had all the data and evidence we do today, but these are pretty easy to answer today, it’s basic astronomy knowledge today. You just have some major holes in your information currently…that’s the real problem here. You know it’s funny…you say everyone else is just listening blindly to what they’re taught, but I’d be willing to bet you got most (if not all) of this bad information, from a Flat Earth channel, that you blindly listened too and didn’t really question. To be fair though, these were good questions a long time ago…today though, they’re a bit trivial. Don’t be so quick to assume it’s everybody else who’s wrong…true intelligence I feel is typically marked by ones self awareness, of their own limitations. You are being lied too though…but not by who you think.
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  6. Okay, but the p900 isn’t a magic new piece of technology like you seem to think. Many telescopes are more powerful, and have existed a long time, as have many other cameras with zooming lenses…I’m almost starting to think Nikon started the Flat Earth conspiracy, so they could sell a camera, cause you guys seem to think the p900 is the only camera in existence…it’s rather odd. Do you really think the P900 was the first zoom camera or something? How do you think a zoom lens works? It’s basically just a regular telescope, the same invention we’ve had for hundreds of years now, but with an auto function that adjusts the lenses inside the lens case, to increase focal length, with a touch of a button. Old telescopes you had to do this manually, but you absolutely can zoom in with a regular telescope, while looking through it…and that’s how scientists have been making these observations for centuries now. You must have a really low opinion of science, if you actually think they never once thought to use a telescopic lens for their observations of boats going over horizon. That’s exactly how they make these observations. Eventually, objects would reach a point where no amount of magnification could render something visible anymore…indicating it was being obscured by the surface. Flat Earthers with their mighty p900’s aren’t bringing things back from horizon…they’re just demonstrating the vanishing point effect. Vanishing point is your eyes physical limit to render something visible due to its angular resolution…it can and does happen before horizon. A telescopic lens can magnify and resolve light much better than your eye can, extending the vanishing point…but scientists noticed there’s eventually a point where things begin to sink into horizon, and no amount of magnification will bring it back anymore. That’s when something has actually reached the horizon. Flat Earthers haven’t been bringing things back from the horizon, they just think they have been…in reality they’ve just been confusing vanishing point for the horizon. Plenty of examples online of tens, hundreds, to thousands of feet missing from the base of ships, buildings, mountains…no amount of magnification able to bring them back. That’s when you know something is actually beyond the horizon. It’s fine to question things, but I feel this is just another example of human error, that got blown out of proportion. You guys got so excited with your conclusion, you didn’t bother to check for possible errors before submitting. This is why peer review was added to the scientific method in the first place…to catch human errors like this. You’re of course welcome to present a counter argument to refute this falsification, but I do feel that’s the actual reality of your current conclusion.
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  7. From what I’ve gathered, neither Neil or Dubay knew about any debate beforehand, Joe just penciled them in without asking first, and was probably too fuckin high to realize or understand why that’s not very professional, or good of him to do. Would you accept a debate you didn’t agree too beforehand? Probably not…so why should Neil? 🧐 2nd, Neil has made it pretty clear in many public interviews that he doesn’t do debates. Debating is a skill, and not every scientist is interested or well practiced in public debating. It’s a sad reality that you don’t have to be right to win a debate, you just have to be a better talker/bullshitter. This is a skill one can acquire, if it’s an interest they have. So he (like most scientists) doesn’t see it as very productive to engage layman, with no background or experience in science, in debates where endless speculation and bullshitting can win an audience over, better than actual data and research ever could. Takes years to grasp the data and information obtained through a lifetime of scientific research…it’s very difficult to shorten that for an audience of layman in a 1 hour debate, but a conman can sure lie and bullshit endlessly to captivate an audience into believing falsehoods. Most people have the attention span of a newt these days…what do you think is gonna grab their attention more? The huxter sensationalizing a grand conspiracy…or the scientist walking them through a bunch of boring numbers and data? If even just 10 out of a hundred people are swayed though, the huxter gains potential customers. See how this grift works yet? For this reason, scientists actually have to be very careful with who they interact with. Conmen often try to bait scientists into debates, because they know it’s free advertising for their bullshit. They don’t have to convince everyone, the goal is just to get in front of as many people as possible, debating celebrity scientists is free marketing. So Neil is smart not to get into a public debate, with a known conman, over a massive channel with millions of listeners….especially when he didn’t agree to any debate beforehand. He gains nothing, while the huxter who baited him gains a massive marketing opportunity. Not very smart. In any case, Dubay has been called to debate by many fellow YouTubers over the years…and he’s accepted none of them so far. Not one debate so far, out of probably hundreds of calls…so if we use your logic, what’s he so afraid of? 🧐 In my opinion, 1-2 hour public debates don’t settle science, and we should never give the impression to the general public that they do. It just opens the flood gates for an endless stream of conmen and pseudo intellectuals, pushing bullshit on the under educated masses…giving them the free marketing platforms they’ve longed for since science was established.
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  19. It’s a good question, so I don’t mind answering. It’s just the limitations of photography really, a camera sets an exposure rate for an image (or a photographer does it manually), the trouble is that when you take a picture of the Earth from space, you have to lower exposure so that the image renders clear. If a camera or photographer didn’t adjust the exposure lower, then the final image would just be a white blur, which kinda makes it pointless, you want to have the clearest image possible. So they lower exposure to capture an image of Earth with all its features. Exposure basically just limits the amount of light coming into the shutter and onto the film. But the stars are not as bright as the Earth from space, so when exposure is lowered, anything not bright enough to make it onto the film won’t be seen. So, since the stars are not very bright, their light doesn’t make it onto the exposure. Hence why you won’t see them in most photos of Earth. But you should look up the photos taken of Earth while on the night side of the planet. These photos require a higher exposure, so you’ll see lots of stars in those photos. Just look up the ISS videos taken during their night pass. You can find them on YouTube, the exposure is increased in these images, allowing a lot more light into the shutter. Your eyes kind of work the same way, I’m sure you’ve noticed when you spend a good while in the dark, your eyes adjust to allow more light in, giving you a sort of weak night vision. Cameras work very similar to your eyes, they adjust for light. Anyway, let me know if that helps. Do some further research on camera exposure and light settings to learn more.
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  22. Well, Polaris actually does shift by a few arc seconds throughout a single year, but you'd have a hard time measuring that with a pipe, but I digress. Parallax is the reason why Polaris does not appear to shift from our axis, so you should learn more about it. I'm curious though, what exactly is so scary about an infinite universe? I don't feel small or insignificant, I'm amazed every day by the power and beauty of it all, I'm happy to be here. To me, that makes God far more impressive, having created something so extremely vast and seemingly infinite, and the endless potential of what we can achieve in this never ending sandbox excites me. Do you really want God doing everything for you? Or wouldn't you prefer achieving things on your own? If I were a God, I'd respect my creations a lot more, if they stood on their own, conquering every challenge put before them despite how incredibly impossible the odds were against them. But, that's all wishful thinking, it's not an argument. What we want should never factor into scientific inquiry, it's irrelevant. Science has never set out with any intention to destroy the concept of a God, nor could it, so ya'll need to relax. It's just a tool like any other, it has about as much agenda as a hammer does. It's just a method of thought used to deduce the inner workings of how physical reality operates, and we've been doing science, ever since we figured out how to make fires, or widdled spears for hunting, or made clothes from furs to stay warmer...it's part of who we are. Science doesn't really care what shape the Earth turns out to be, it just needs to accurate in its conclusions. To do that, we can't follow what we want to be true, we have to remain objective, or else we achieve nothing....it's really that simple. Can't do anything with false information, so I'm sorry if you think the universe is smaller, but the evidence says otherwise, so tough titty.
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  23. Well what observation in particular are you referring too? Do you have a video of this penny at the end of the hall observation, so it could be analyzed closer? Could be anything from a less than level floor, an out of focus lens, or centre of camera was placed slightly below the floor and not level with it, etc, etc. Lots of variables to consider, so why would you expect any scientist to just believe you at your word, without being able to analyze the observation that convinced you? 🧐 As for your “zooming in on cities upside down” argument. I think you have an extremely poor understanding of how telescopes work and what they’re designed for and what they’re actually capable of. You’ve seen too many spy movies, a satellite in LEO can really only view straight down to surface, they’re seeing through far less atmosphere that way. Angle that camera to their horizon, and they’re now looking through thousands of miles of atmosphere…it won’t be able to see through it even if they were designed to magnify that far, which they’re not. People seem to have this misunderstanding that every satellite is equipped with a powerful telescopic lens, that can zoom right into an ant on the surface if it wanted too. This is an extreme misconception. Telescopes in space like the Hubble or the James Web, aren’t zooming in on ants…they’re observing galaxies that are millions of light years across….it’s a big difference. And most satellites are not the Hubble, they’re pretty basic by comparison, they’re cameras have limits. In fact most extreme close ups of cities you see sometimes in media, aren’t taken from satellites, they’re taken from aircraft, flying just a few miles off surface. In any case…even if NASA or any space agency could get you this picture you want…you’d just say it’s fake anyway, so why even bother? 🤷‍♂️ Pretty pointless bothering with a group of people who just say everything is fake, without any evidence for that conclusion. They have millions of photos of Earth from space…that’s not good enough for you? 🧐
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  26. 1) The original Bedford Level experiment conducted by Samual Robotham was deemed inconclusive by peer review. It was a sloppy experiment, with no controls, that took only 1 data entry using only one marker, used the wrong mathematical formulas, and ignored important variables like height of observer and atmospheric refraction. It was a mess, he basically just designed an experiment to confirm his bias, looking only long enough to get the result he wanted, then called it a day. It actually stands today as a perfect example of confirmation bias in action, it’s why peer review is so important to the scientific method, because people do make errors, nobody is infallible. Upon all proper recreation of this experiment, it was actually found to verify Earth curvature, not falsify it. The most recent in-depth recreation I’m aware of today, is the Rainy Lake experiment, you should give it a look sometime. 2) The human eye has a limit to its angular resolution, it’s called the vanishing point in art fundamentals, but we see everything by light coming into the lens of our eye, and light has no known limit to how far it travels. As far as we’re aware currently, it has no limit, it travels indefinitely…that’s why a telescope can extend our vision, because it focuses the light that our crappy eyes could not resolve. Perspective doesn’t answer for why objects are seen to sink into horizon and become obscured bottom first. Vanishing point converges inward equally from all angles, it doesn’t pick and choose what to make disappear first…an obstruction does that though. The bigger problem your argument has though is eye level, it’s a fundamental rule of perspective, that vanishing point converges at your eye level, not above or below it…yet ships, building’s, mountains, etc, are seen to clearly drop below eye level. That would not happen if the surface was flat, and perspective alone was causing this vanishing effect. Look up the Turning Torso Tower observation sometime, it’s a great example of what I’m talking about. 3) How exactly does a lunar eclipse occur at all, on the flat Earth model? 🧐 4) That’s your speculation. 5) You can use the Mercator, if you know how to properly use it. It’s greatly distorted at both poles, because it’s a projection map of the globe, so you have to make geodesic corrections if you’re going to use that map for navigation. Truth is though, nobody in professional navigation uses that map, they use the WGS84 model, the most accurate survey of the globe model to date. Ask any actual pilot or sailor…non of them will say the Earth is flat, because they all navigate using the globe model…that’s a fact, not an opinion. These people were among the first to prove the Earth is in fact spherical, going back as far as Ptolemy some 2000 years ago. So you wanna really know what shape the Earth is for certain…then just learn to navigate. You’ll learn pretty quickly which model is used in navigation. 6) Okay, but why would that be so if Earth was flat? You see further as you go higher, because you’re now seeing over the curvature…it’s basically like looking over a hill. But if Earth was flat, how would climbing higher change anything? 🧐 You should be able to use a telescope across an ocean, at sea level, and see for hundreds of miles without climbing higher. Why do you have to climb higher, to see beyond 3-5 miles? 🧐 Think about that please… 7) From your tiny perspective, sure. An undisturbed body of water in free fall however, forms into a sphere, I’m sure you’ve seen a raindrop before, but they even bigger examples in space on the ISS. Level does not just mean flat, it’s one of those words in the English language with multiple definitions, depending on the context. In the context of sea level, it’s defined as a surface with all points at equal distance from centre of gravity, centre of Earth, at the same LEVEL from centre. This is also known as an equipotential surface within a field of force emanating from a centre. Water doesn’t seek anything, it’s inert, it’s just subject to whatever force is present…in this case gravity. Kansas is flat in terms of typography…which measures from centre. Here’s how typography works; if I place a bunch of 2 inch pins, exactly 1 inch deep into the surface of a styrofoam ball, scattering them all around the ball, what’s the elevation of each pin, from surface, to the top of each pin? 1 inch…every pin is 1 inch elevation from surface. That’s what they’re saying about Kansas…they’re not saying it’s literally flat, they’re saying it’s typography data, is all measured to be equal distance from centre. Meaning it’s all roughly at the same elevation, like those pins. Still curving…but the typography has a steady, and equal elevation. Understand it a bit better now? 9) “Looks CGI” isn’t a very great argument. As a photographer, I’m sure you’re aware of 4k and 8k digital photography. These photos don’t look natural either, because they’re crisp and clearer than our eyes can produce…are they CGI, because they look unnatural to us? No, they’re photographs…just really high definition. The cameras on most modern satellites are also really high definition…so ya, they’re gonna look a little unnatural to us. In any case, prove that they’re not real…it’s a dumb argument I feel, because you can really only speculate and saying it “looks CGI” doesn’t mean it is, that’s not evidence…it’s just an empty claim, a speculation. Look up a video by Scott Manley sometime titled “Satellite photos show the true shape of the Earth”. It demonstrates pretty clearly just how oblate the Earth is. It’s such a tiny deviation, that your eyes won’t be able to see it. But Earth is not a perfect sphere…it is slightly wider at the Equator, so it is oblate. Scientists care about accuracy…it may look perfectly spherical to you, but your eyes are not measuring tools. Watch that video, see just how oblate the Earth is. Also, Tyson made a very poor comparison, he even realized it later in the discussion as he redacted the comment, calling the Earth Oblate. The example he gave though was meant as a visual aide…not to be taken literally. Most of us got that right away…but it seems Flat Earthers are only capable of thinking in absolutes, it’s something I’ve noticed…they don’t seem to grasp nuances and subtly very well, taking everything literally. 10) Good luck editing out all that water and distortion, and bubbles, and water shimmering, etc, in post…filming a space walk under water. It would be a film editors nightmare. There would be far better ways to do it…all using green screen. It’s just not logical to conclude they would film under water, then edit it out in a post production…and that would have been simply impossible 40 years ago, before modern CGI. Even today, it’s just a stupid way of doing things…they simply would not film it that way. That argument just demonstrates the general lack of knowledge and experience Flat Earthers have with most things…in this case video editing. They just assume things, based from their limited understandings and knowledge. 11) It’s fine to ask questions, but if you ask stupid questions, don’t be surprised when you get roasted for it. This is human nature…you been here long? Sometimes it does feel like you’re arguing more out of spite, than to actually raise good questions. That’s the feeling many of us get…that Flat Earth is a movement of spite, just trying desperately to put some sand in the eyes of scientists. And if that is the case, then why should we be respectful? 🤷‍♂️ If you’re all just trolling, why shouldn’t we troll you back in return? Anyway, I personally do prefer a more civil dialogue myself, but I understand that condemnation has its purpose sometimes. In all honesty though, Flat Earthers do ask great questions (sometimes)…but they tend to hold those questions up as their evidence, rather than make any attempt at answering them. Questions do not equal evidence…people seem to have forgotten that. It can be frustrating, because many of us are all for answering questions, but it feels wasted when the intent was not really to seek an answer. But in any case, I hope this information is at the very least interesting, take care.
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  27. Well, thanks to conservation of momentum and relative motion, it's really not that difficult. Ever tossed anything straight up while in a moving vehicle? What does it do? It goes straight up and then straight back down into your hand. But wait a second, lets say you're moving at 100 mph forward velocity, if all you did was toss the object straight up, how exactly did it keep pace with that forward velocity once it left your hand? Because momentum is conserved at all times, everything in motion stays in motion...this is basic physics of motion, the laws of motion. The science of orbital mechanics isn't much different, the rockets are traveling WITH the Earth, so it's already moving at those extreme velocities WITH Earth, moving relative to its velocity. So it's really not a problem, because rockets (and everything on Earth really) already have that velocity right from the start, what they need is just a little extra to get out of Earths gravity well, the rest is already in motion. See the real problem, is people are generally pretty ignorant to a lot of physics and science, and so they reach a lot of false conclusions because of these current gaps in their knowledge. Flat Earth is just doing this to the extremes, these people are very scientifically illiterate. Doesn't mean they're stupid, far from it, they just lack a great deal of knowledge. You could have answered your questions of the moon landing, with just a little extra physics knowledge, then it wouldn't seem so impossible. Point is, just cause you don't know how something was achieved personally, doesn't make it impossible. People shouldn't be so quick to assume they have all the knowledge they need to solve a problem.
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  28.  @geraldreusser8366  No it wouldn't, you toss a rock out of a moving vehicle within our atmosphere, it's now being stopped by the drag force, from the air that it's now smashing into. In vacuum, there is no air, nothing for the rocket to smash into and slow it down, so nothing to stop its forward velocity, so it will continue forward indefinitely until met with a resistance or unbalanced force of some kind. That's the first law of motion, all things in motion stay in motion, until acted upon by an unbalanced force. In your example, you've introduced an unbalanced force, in the form of drag force...a rocket does not have that problem, so it's a false equivalence. Even that rock you toss out the window is going to remain traveling forward, it still conserves momentum, but it's reduced by the drag force effect caused by the air particles that are not moving relative to the cars velocity. Again, every vehicle on Earth is moving WITH the Earth, and so is already matching every motion and great velocity the Earth is. That momentum is conserved...it's basic physics of motion. So a rocket does not need to work its way up to achieve the velocities of our Earths motions...it's already moving with the Earth, so it's already achieved those velocities. At that point, it's as easy as tossing a rock between you and another person, while inside a jet moving at 500 mph, it's effortless...it's basically the same physics. Can you toss a rock at 500 mph to keep up with the forward velocity of that passenger jet? No, of course not...but luckily you don't have too...because momentum is conserved. :/ There are literally thousands of different, easy to perform experiments, that verify the law of conservation of momentum and relative motion. You're ignorance to that science is not argument against any of it. So no, I'm sorry...but you're certainly not the one to falsify hundreds of years of established Newtonian physics, that we now apply in space travel and orbital mechanics, among many other fields of applied science. Because lets not mince words, what I've just explained to you is fundamental physics, that EVERY scientist and engineer around the world, understands and applies when dealing with the concept of motion in their work. It is far beyond an opinion, it is applied science.
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  48. Well, these days they can accurately measure the size of Venus, by bouncing micro and radio waves off of its surface, this also is how they measure its distance, as the speed of these transmissions is clocked and measured, so they just count the return time and then calculate the distance. Once Venus's position and distance is known, it's just a bit trigonometry to figure out the Suns position...we use the exact same mathematics to navigate with, it's proven mathematics. There's many more methods for measuring/calculating that distance as well. Another example, the Sun is constantly bursting with solar mass ejections, the speed of these charged particles is known. Once one is detected visually -- since light travels much faster -- they just count the time it takes to hit Earth...this time can then be used to calculate an accurate distance. What's important to note, is that they've come up with several ways to measure the Suns distance now, and each one gives the same figures. It's that same figure that's important here, cause if they were getting a bunch of different figures, then that would be a sign that the methods were flawed, but since every method brings that same figure, it's a good sign the methods are sound and that the figure is accurate. Tons of university level lectures on this very topic to be found right here on YouTube, so you can learn this stuff at any time my man. It's a great question, but why remain in ignorance to the answers? Currently, you're just making an argument from ignorance, which doesn't hold up at all to scrutiny.
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  50. I agree, truth does not fear scrutiny, so did you keep watching to see if it disappeared bottom first once at full zoom? Do you honestly think scientists made this observation with the naked eye and you people are the first to do it while zoomed in? Of course not, they used a telescopic lens to see as far as they could AND THEN made the observation of boats disappearing bottom first. You’re being conned my friend. Did you do any research on perspective and the vanishing point? Did you know that horizon and vanishing point are not the same thing at all? When you bring a boat back into focus, you’re bringing it back from the vanishing point, which is just your eyes physical limit to render something visible at distances. Horizon on the other hand, is a physical obstruction of line of sight, caused by your surface curving away from you...if Earth was flat, there would be no horizon. Simple fact is...if you can bring a boat back from the vanishing point, then it hasn’t gone over the horizon yet. You should really leave the camera rolling and then watch as boats begin to disappear bottom first...just like how scientists and sailors first made these observations. You and flat Earth seem to somehow think you’re free from the same standards of review...but you’re not. Truth is, you have just reached yet another rushed conclusion from a single observation that ignores variables. If you people would just calm the fuck down, breath, turn the all caps off and actually LISTEN to people when they try to explain what you’re missing, perhaps you wouldn’t fall for these internet scams so easily.
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