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Globe Liar, Proves the Earth is Flat — Transcript

by Brian's Logic · 7,778 words · 1,099 segments · language en · Watch on YouTube

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  1. 0:00Um, okay. This video is going to be be
  2. 0:04uh about uh pulling apart the lies of uh
  3. 0:08a glober a baller and showing how him
  4. 0:12and the people he's referencing which
  5. 0:15are surveyors from the past are proving
  6. 0:18a flat earth outright.
  7. 0:20Um this is not ignorance. Uh both this
  8. 0:24guy that I'm about to address and these
  9. 0:28surveyors are all liars. They're all
  10. 0:31total lawyers. It's not that I that you
  11. 0:34can mark down what they're doing as
  12. 0:37ignorance. It is an attempt to deceive
  13. 0:40as I was show. So this is the guy right
  14. 0:45here. Space audits. He claimed for I
  15. 0:50don't like addressing people generally,
  16. 0:51but I'll address it here because I don't
  17. 0:53want to even it to even be about him,
  18. 0:56just about what he's promoting. Um, this
  19. 0:59guy was someone who used to pretend to
  20. 1:00be a flat artor. He never was. I never
  21. 1:02trusted him. Never never had anything to
  22. 1:04do with him. Uh, he's addressing this
  23. 1:07thing, this four peaks across the sea,
  24. 1:09the the 1879 Spain Algeria junction, 270
  25. 1:13km triangles measured over the
  26. 1:15Mediterranean. Right. This is what
  27. 1:17they're talking about, right? I'm going
  28. 1:19to just make it a bit bigger so you can
  29. 1:22see like this is what they're talking
  30. 1:24about. They're talking about uh top
  31. 1:27topography here. Um this is a map,
  32. 1:31right? These are all triangles. Every
  33. 1:33sing the sum of all these triangles,
  34. 1:36right? Will always only add to 180°.
  35. 1:39Same for all these triangles here,
  36. 1:41right? This is showing the steps down in
  37. 1:43depth, right? under the water and
  38. 1:45whatever else. But this uh this is prove
  39. 1:50this one map here outright proves a flat
  40. 1:52earth. There's no if buts or may. I
  41. 1:54could just stop the video here. Flat
  42. 1:56proven, right? Because what they're
  43. 1:58claiming to do, right, is not shown
  44. 2:01here. And nor can it be shown on the map
  45. 2:03and there's no formula to that you can
  46. 2:06formulas that you can that are provided
  47. 2:08for any topographical map, any scale map
  48. 2:11anywhere. There's no formulas provided
  49. 2:14that allows you to convert from flat to
  50. 2:17glow, right? They don't exist and they
  51. 2:20never have because nobody's needed
  52. 2:22needed them. Why didn't they need them?
  53. 2:23Because the earth is flat. Why would you
  54. 2:25need formulas to convert the globe if
  55. 2:28you're not on a globe? It makes no
  56. 2:30sense. You wouldn't. So, what's going on
  57. 2:33here is these people are outright proven
  58. 2:36with this map here, this whole map with
  59. 2:38all their triangles, it's a flat earth.
  60. 2:40There's no if buts or may. This is even
  61. 2:43now they're using a grid here. They're
  62. 2:44probably probably trying to convert the
  63. 2:46latitude and longitude to a grid format
  64. 2:48like with the Mercer projection which
  65. 2:51just causes problems in the very north
  66. 2:53and south of the of the map. Uh just but
  67. 2:57it's flat. It causes flat problems. Not
  68. 3:00the uh there is corrections. Um but
  69. 3:04they're for a flat plane to position
  70. 3:08things like Greenland for instance is
  71. 3:10too big you know things like that right
  72. 3:12that but it has nothing to do with a
  73. 3:14globe but they try to promote it as if
  74. 3:16the Mercada projection has something to
  75. 3:17do with a globe. No it's just an attempt
  76. 3:19to imply that there's a globe but
  77. 3:22there's but there is no globe. Do you
  78. 3:24know what I mean? It can't be. It's a
  79. 3:26map. You cannot convert map to globe and
  80. 3:30it work or globe to map. It just doesn't
  81. 3:33work unless you have the formulas that
  82. 3:36don't exist and never existed anywhere
  83. 3:38on any map. Right now, I've been through
  84. 3:40this in the p in recent uh past. Sorry,
  85. 3:44I shouldn't mean to do that.
  86. 3:50Sorry, I meant to bring this back to
  87. 3:52here. There we go. Don't want to see
  88. 3:55that either. Now, so point is those
  89. 3:58formulas don't exist. They're not on
  90. 4:00this map. They're not anywhere. Right.
  91. 4:02So, here is what uh this guy here, the
  92. 4:07space audits guy, this is what he's
  93. 4:09depicting it as. Same exact thing using
  94. 4:12a map. And if you look in close, you can
  95. 4:14see this is another grade map. Uh even
  96. 4:16if they're trying to turn the latitude
  97. 4:18and longitude grid into uh into an XY
  98. 4:21grade, which it you shouldn't do and
  99. 4:23can't do, right? Even when they're
  100. 4:25trying to do that, right? It doesn't
  101. 4:27matter if they use it as the polar as a
  102. 4:29polar grid or as an XY grid. You're
  103. 4:32still talking about a flat earth even
  104. 4:34though it's not correct as an XY grid,
  105. 4:36right? It's wrong and it ruins the time
  106. 4:38zones, but it doesn't matter. Point is
  107. 4:40is that this is a map. They're using a
  108. 4:42map and these are straight lines. So,
  109. 4:44what this guy here, the space guy,
  110. 4:48I have corrected this guy here in the
  111. 4:50past week and a half on different
  112. 4:52things. and
  113. 4:55he's one of these people. You correct
  114. 4:57them and show that he's wrong on
  115. 4:58something. Show that he's trying to in
  116. 5:01infer a globe or in put a globe in
  117. 5:03something. And it's not always him. What
  118. 5:06I mean is that he's referencing things
  119. 5:08like this from the past. And when it's
  120. 5:11pointed out to him that what he's
  121. 5:13referencing preassumes a globe
  122. 5:15mathematically before it starts, you
  123. 5:17know, things like covering the sky or,
  124. 5:19you know, uh um what I'm going to show
  125. 5:22here, uh which is a claim that they're
  126. 5:24measuring more than 180 degrees in in a
  127. 5:27triangle, you know, stuff like that.
  128. 5:29It's preumption of a globe. When you
  129. 5:31correct this guy on things that are
  130. 5:34wrong, he will not concede. He tries to
  131. 5:38argue the point and that's a now he
  132. 5:41knows what he's doing. That means he
  133. 5:45this guy here space audits this guy is
  134. 5:48an outright deceiver and he's best not
  135. 5:51spoken to because he is not going to
  136. 5:55tell you the truth. Him and the people
  137. 5:56around him, they're going to try to
  138. 5:58gaslight you into believing something is
  139. 6:00true when it isn't. He's one to
  140. 6:02bamboozle you with as many spreadsheets
  141. 6:05as he can and and the whole
  142. 6:09purpose of it is to gaslight you into
  143. 6:11believing some absolute rubbish, right?
  144. 6:14That isn't true. That's the whole
  145. 6:16purpose of it. Now, as you can see here,
  146. 6:19these this is what's going on. This is
  147. 6:21what is happening or what did happen in
  148. 6:23real life, right? these four triangles
  149. 6:26between these four points in Portugal
  150. 6:28and Spain across the Mediterranean. And
  151. 6:31regardless of what they're trying to do
  152. 6:33here, like reduction to center, all this
  153. 6:35complete rubbish, right? All the
  154. 6:37distances are straight line distances,
  155. 6:40right? All the triangles have to have
  156. 6:42180 degrees within them. Right? One
  157. 6:44second here. You cannot, right? You
  158. 6:47cannot, no matter what I do here, right?
  159. 6:50until I bring it to 180 uh altogether.
  160. 6:54You will never have more than 180 or
  161. 6:57less than 180 degrees within a triangle.
  162. 7:00You you just it's impossible. It's the
  163. 7:02breaking of an axiom. But this guy this
  164. 7:05guy space audits and the people he's
  165. 7:08referencing or claiming to measure
  166. 7:10measure with the lights right more than
  167. 7:14180 degrees. You can't. If you're
  168. 7:16measuring between three points, I just
  169. 7:18show back here. If you're measuring
  170. 7:20between any of these three points,
  171. 7:22right? So from this Philhausen to Mulh
  172. 7:25and Taticia, right, or M Sabina to
  173. 7:29Mhisha,
  174. 7:30whatever you're right, you're measuring
  175. 7:33between three points with straight
  176. 7:34lines. When you're using a Theodolite,
  177. 7:36that's going to be especially back in
  178. 7:38them days, that's going to be just the
  179. 7:40horizontal azimuth on the on the on the
  180. 7:42theodolite uh sorry theodolite. So no
  181. 7:45matter what angles you measure, the
  182. 7:47three of them will not add up to more
  183. 7:49than 180°. You're using straight lines.
  184. 7:52You cannot you cannot use straight lines
  185. 7:56that meet a tree three straight lines
  186. 7:57meeting at three vertices and ever end
  187. 7:59up with more than 180°. That can't
  188. 8:02happen. I've shown this in in other
  189. 8:04videos that you like it's not even
  190. 8:06something I need to show. It's just an
  191. 8:08axiom. This is an axiom. It's an imposs.
  192. 8:12It's not just that someone made it up.
  193. 8:13It's an impossibility for there to be
  194. 8:16more than 180° when all these angles,
  195. 8:19these three angles are added up at any
  196. 8:21point. If you're measuring, this is like
  197. 8:23measuring with an with a theodolite. So,
  198. 8:26if you can imagine this is over in Spain
  199. 8:28and they're measuring two places here in
  200. 8:30Portugal or vice versa, right? Then this
  201. 8:33is one mountain. This is a second
  202. 8:34mountain. This is a third mountain,
  203. 8:36right? That you're going to, right? No
  204. 8:39matter what way you do it, when you come
  205. 8:40to here and measure these two between
  206. 8:42these two mountains or here and measure
  207. 8:44between these two mountains, the three
  208. 8:45angles can only add up to 180° because
  209. 8:48you're using horizontal and straight
  210. 8:51lines. It cannot it's all on the same
  211. 8:55plane. It's all straight lines. And it
  212. 8:57doesn't matter if they try to to uh make
  213. 9:00the straight lines diverge diverge from
  214. 9:02each other. It won't matter because when
  215. 9:04you bring them back together, they make
  216. 9:06up 180°. There's no way around this,
  217. 9:09right? So, anyone trying to tell you
  218. 9:11that they've measured more than 180
  219. 9:13degrees with straight lines and using
  220. 9:16triangles like they're lying. They're
  221. 9:19just lying to you. This guy's space
  222. 9:20audits. I corrected this guy on it. He
  223. 9:22and he tried to argue the point. The
  224. 9:24guy's a lawyer and the people he's
  225. 9:25promoting are lawyers. They might be
  226. 9:27people from the past. They probably they
  227. 9:28all probably passed away. Whatever. Who
  228. 9:30cares? They're lawyers from the past.
  229. 9:33Like we've been dealing with since the
  230. 9:341700s. flat earth girls have been
  231. 9:36dealing with lawyers, scumbag lawyers
  232. 9:39since the 1700s. That's what we've been
  233. 9:41dealing with. And this is we're still
  234. 9:43they're still at it today trying to make
  235. 9:45people believe that you can measure uh
  236. 9:48three straight uh between three points
  237. 9:50with straight lines and three vertices
  238. 9:52and end up more than 180°. You can't. No
  239. 9:55matter what way you twist or turn it,
  240. 9:56you will never end up with more than 180
  241. 9:59degrees when you're measuring between
  242. 10:01three points with straight lines like it
  243. 10:03will have to do with the light. It's
  244. 10:06impossible. It's absolutely impossible.
  245. 10:08As I said in the past, my mother's late
  246. 10:12partner now he's passed away. He was a
  247. 10:15geodetic surveyor for three or four
  248. 10:17decades. He never measured anything
  249. 10:21right with triangles where he wasn't
  250. 10:23working with 180 degrees right strictly
  251. 10:26right he made maps everything right he
  252. 10:29never right the whole spherical excess
  253. 10:32thing that's a mathematical afterthought
  254. 10:34that's added in that's what it is the
  255. 10:37when you're doing the measurements with
  256. 10:38the light and he he he retired back in
  257. 10:41the early 90s before all the GPS and all
  258. 10:44the other and Eden's to stations and all
  259. 10:46these came in he was old school. He did
  260. 10:49it with the odd lights and he did it
  261. 10:51with calculations using 180° all the
  262. 10:53time. At no point was there any ever
  263. 10:57more than 180° in any triangle because
  264. 10:59it meant his everything his whole job
  265. 11:03would be gone. He wouldn't be able to do
  266. 11:04it. So the idea of anything more than
  267. 11:07180° being within a triangle. Anyone
  268. 11:09trying to make you believe that there is
  269. 11:11more than 180° within a triangle h is
  270. 11:15lying to you. They're lying. You cannot
  271. 11:18have three straight lines meeting the
  272. 11:19three vertices and it end up more or
  273. 11:22less than 180 degrees. It is complete
  274. 11:26another horse manure. Right? So that's
  275. 11:29the first point. But the second point is
  276. 11:30far more like that is that ends this. I
  277. 11:33could just end the video right here.
  278. 11:35Right? I could end the video right here
  279. 11:36just just with just that alone. I could
  280. 11:39just say look flat out proven. That's
  281. 11:42all I need to do. But I'm going to
  282. 11:44continue on because I want to show the
  283. 11:47epic levels of deception that's going
  284. 11:49on. This is right. So we've established
  285. 11:53right you can't have more than 180°
  286. 11:55within a triangle. Right? You're me
  287. 11:57you're measuring measuring when you're
  288. 11:58measuring between three points with
  289. 12:00straight lines and three that meet three
  290. 12:02vertices. That can't be done. Maps,
  291. 12:05right? There is no curvature on maps and
  292. 12:07no formulas to add in the curvature
  293. 12:09because it doesn't exist. There is all
  294. 12:11the distances are straight lines. all
  295. 12:13this flatter proven already. But let's
  296. 12:16go, let's just step one step further.
  297. 12:20And I suspected this is the kind of
  298. 12:22nonsense was going to be in this video
  299. 12:24when I saw I said something's telling me
  300. 12:26that what's in this video is the
  301. 12:28hijacking of perspective.
  302. 12:31As well as trying to pretend that they
  303. 12:32were measuring I will link this video
  304. 12:34below. as well as trying to pretend that
  305. 12:36they were measuring spherical excess.
  306. 12:38You can't measure spherical excess using
  307. 12:41straight lines and vertices between
  308. 12:43three points. You couldn't measure it
  309. 12:45even if it existed. The even if we're on
  310. 12:47a globe, you couldn't measure it like
  311. 12:48that. You would still have to use 180°
  312. 12:51and then add in the spherical excess
  313. 12:54mathematically afterwards. But you'd
  314. 12:55have to have proof of being on a globe
  315. 12:57in the first place, which we don't have
  316. 12:59because we're not on one. Do you know
  317. 13:01what I mean? It's a it's a joke. But
  318. 13:04this is where they start trying to add
  319. 13:05in or hijack perspective and straw man
  320. 13:09flat earth. I have destroyed this
  321. 13:11complete utter rubbish way way back.
  322. 13:14It's now 2026 I'm making this. In 2016 I
  323. 13:18held a guy who is not around these days
  324. 13:21on the globe side called Jesse Kazowski
  325. 13:23who was a claimed retired geodetic
  326. 13:26surveyor. I spent four days in 2016.
  327. 13:30Four days it took me of going constantly
  328. 13:33commenting to and back with him, him
  329. 13:35sending me links, me telling him, "No,
  330. 13:38you're talking rubbish." Four days it
  331. 13:40took the guy to admit that something he
  332. 13:43was trying to promote when he was trying
  333. 13:45to promote it. Four days it took him to
  334. 13:47admit to me that he hadn't taken angular
  335. 13:50size change into account. Four days he
  336. 13:55before he admitted, "No, I didn't take
  337. 13:57perspective into account." Why did it
  338. 13:58take four days for that guy to admit
  339. 14:00that? Why did it take four days? That's
  340. 14:0310 years ago. Because the guy is an
  341. 14:06outright lawyer, that's why. And a
  342. 14:08deceiver, right? He's not around anymore
  343. 14:11cuz he got his ass handed to him in this
  344. 14:13arena. But you do have people like this
  345. 14:16space guy who's promoting lawyers just
  346. 14:18like that Klowski guy from years ago.
  347. 14:21And he's not the only mock lawyer
  348. 14:23surveyor that's been in this uh arena on
  349. 14:25the globe side. But these guys here,
  350. 14:28whoever they were who did this thing,
  351. 14:30they were al also lawyers. Uh cuz you
  352. 14:33can't get this stuff wrong. If you're a
  353. 14:34surveyor, you couldn't get this stuff
  354. 14:36wrong. If surveying didn't know what I'm
  355. 14:38about to show concerning optics, right?
  356. 14:41And what I've shown years ago, right,
  357. 14:44and proved years ago, if surveyors
  358. 14:46didn't know that, then the whole world
  359. 14:47would be surveyed incorrectly already.
  360. 14:49We wouldn't. All of surveying would be
  361. 14:51wrong. But this guy is trying to claim
  362. 14:53right that on a flat earth we should see
  363. 14:57this right in in the reticle we should
  364. 15:00see the top of this mountain here uh top
  365. 15:04of this mountain from these are from
  366. 15:06Phil Helen these are from uh this
  367. 15:08position right that we should be seeing
  368. 15:11these other mountains right at different
  369. 15:13points in the reticle reticle we should
  370. 15:16be seeing the lowest one which is MVIA
  371. 15:20from Felhousen here and Taticia here and
  372. 15:25Mason here, right? And he shows this
  373. 15:28over here. This is what it should look
  374. 15:30like on flat. What? But then you
  375. 15:33wouldn't have What you mean we should
  376. 15:34see that up there? Why would we see that
  377. 15:36up there? We wouldn't. We see it down
  378. 15:38here where he's trying to say the globe
  379. 15:41fits it. No, we won't. We'll see it down
  380. 15:43here. That's why we'll see the top of
  381. 15:45it. And the reason you'll see the top of
  382. 15:47it there, sorry. Um, and the reason for
  383. 15:50that is because of a an effect I showed
  384. 15:53years ago that is a secondary effect of
  385. 15:55angular size change called op optical
  386. 15:58drop. I proved this outright years ago
  387. 16:01and I'm going to show a demonstration of
  388. 16:02it in a minute and I proved it with
  389. 16:04lasers. I proved it in the real world. I
  390. 16:06proved it with people showing it in the
  391. 16:07real world. This is a real thing. So
  392. 16:10anyone trying to promote what they're
  393. 16:12trying to do here again once again is
  394. 16:14hijack perspective and call it our
  395. 16:16curve. That's all they've ever been
  396. 16:17doing. Mess around with the mathematics
  397. 16:19and call something our curve when it's
  398. 16:21not. I'm going to show not only am I
  399. 16:22going to show how this proves a flat
  400. 16:24earth but I'm going to show how how this
  401. 16:27guy here and well or not his
  402. 16:29measurements the space audit. So not his
  403. 16:31measurements but how what he's showing
  404. 16:33here and these measurements how they are
  405. 16:36completely wrong even for a globe right
  406. 16:39they fit flat out they don't fit a
  407. 16:40globe. So
  408. 16:43let me just show the reason that this
  409. 16:46point here right in this circle will
  410. 16:49actually appear here on a flat earth is
  411. 16:51perspective. You will not see this above
  412. 16:55the uh crosshairs at 270 km away. The
  413. 16:58reason you won't is because the
  414. 17:00theodolite has a certain focal length
  415. 17:03right and an effect of perspective. What
  416. 17:06happens with cameras and stuff with
  417. 17:07focal length focal lengths is that
  418. 17:10something will change in his angular
  419. 17:11size but it will appear lower in your uh
  420. 17:15what appears to be your direct
  421. 17:17horizontal line of sight than it truly
  422. 17:19is. Technically this crosshair is center
  423. 17:22here is actually hitting the center like
  424. 17:25it is hitting the center
  425. 17:26orthographically or this point here on
  426. 17:29that mountain right it is hitting that
  427. 17:32that's not like it just appears that
  428. 17:34it's not. So I just show what I mean. Um
  429. 17:37I've gone through this in the past. So
  430. 17:40here is an orthographic view of let's
  431. 17:42say let's say a smaller and bigger
  432. 17:44mountain. It's just two hills or
  433. 17:46whatever. A straight line view from here
  434. 17:48means you will right meet this point
  435. 17:51here. So if there's a surveyor here with
  436. 17:53a with a theodite then the center of the
  437. 17:55crosshairs is actually hitting there. It
  438. 17:58is hitting there but it doesn't appear
  439. 18:00to be because of angular size change
  440. 18:03over a horizontal plane. What happens is
  441. 18:06that it appears as if this got smaller
  442. 18:09and that the line of sight with a
  443. 18:11theodolite or at less
  444. 18:17over a flat plane. So I'm going to show
  445. 18:20uh go through that now but
  446. 18:23show it in a minute there I should say.
  447. 18:25But first thing we got to show right is
  448. 18:30before I go into that is the the claim
  449. 18:34is that there's that Mhason stands 2344
  450. 18:38m above Philhausen. So just to give some
  451. 18:42so this is Phil Hson 1,147 m this is
  452. 18:46Mhen 3,481 m. So there's a difference uh
  453. 18:50between the two of 2,344
  454. 18:54m. Now
  455. 18:57the angular size right of 2344 meters
  456. 19:01over 20 270,000 m which would be 270 km
  457. 19:06is 0.497° 497° or 29 minutes 51 seconds.
  458. 19:12Right? Now that is right what he has
  459. 19:15here. He has a 50 right 29 minutes 51
  460. 19:18seconds. Right? That is the angular size
  461. 19:21of 2344 m at 27 or 270 km away. Right?
  462. 19:2820 that's his actual angular size. If
  463. 19:30you can see here the recorded here is
  464. 19:34when you were when they were looking at
  465. 19:36different mountains to when they're
  466. 19:38looking to mold hasten the recorded is
  467. 19:40the dip from the reticle here is uh 30
  468. 19:44minutes 47 seconds. The globe supposed
  469. 19:48prediction remember this because I'll
  470. 19:50come back to a minute is 33
  471. 19:52minutes 30 seconds and the flat earth is
  472. 19:5730 right uh would be they have this all
  473. 20:00screwed up because they're trying to
  474. 20:01claim the flat earth should be above
  475. 20:03here be 30 uh minutes 9 seconds but that
  476. 20:07would be what it actually would be but
  477. 20:09it wouldn't actually be a dip it would
  478. 20:11only be an apparent dip because you're
  479. 20:13not that it's actually you're the
  480. 20:16reticule center of the reticule is
  481. 20:19actually still meeting the the mountain
  482. 20:21below its tip over here. But it doesn't
  483. 20:24appear that way. But just to show first,
  484. 20:28you cannot have angular size for a start
  485. 20:31on a globe art. The the effect of
  486. 20:34perspective
  487. 20:36violates our curve mathematics and our
  488. 20:39curve mathematics violate perspective.
  489. 20:42I've shown this in the past. If I just
  490. 20:44go to here, this is a video I link uh uh
  491. 20:46this is a video I made about 15 16
  492. 20:48minutes long about how or curve and uh
  493. 20:53uh perspective cannot coexist together
  494. 20:56in reality over with your oil line at uh
  495. 21:00at um at the water line. Let's just say
  496. 21:04on a globe barrel and you move something
  497. 21:07that's six feet high from right at your
  498. 21:10nose away from you three miles that's 70
  499. 21:13right it will be hidden by our curve
  500. 21:17after 3 miles because there's a 72.02 in
  501. 21:20of a drop uh um um over 3 miles of over
  502. 21:26our curve and that means that 6ft object
  503. 21:29will be hidden by our curve after 3
  504. 21:30miles. So with your eyes at the water
  505. 21:33line, a boat a six foot high right in
  506. 21:36front of you can sail away in a direct
  507. 21:38right direct non-deviating path uh for 3
  508. 21:41miles and when it gets that far away you
  509. 21:44won't be able to see it because the
  510. 21:46earth will be blocking it right it will
  511. 21:48be outside your it's geometrically can't
  512. 21:50be seen right but if we then go to right
  513. 21:56the angle or size of something that's 6t
  514. 21:59so if you take a flat earth and put
  515. 22:00someone with the Roy line at the water
  516. 22:02at at sea level and you have a distance
  517. 22:07over 3 mi of 15,840
  518. 22:09ft and an angler and a size of a boat
  519. 22:13that's 6 foot 6t high. When that boat
  520. 22:16sails 3 miles away from you, its angular
  521. 22:19size will be 0.021703°.
  522. 22:24That is the so that that is the angular
  523. 22:27resolution limit of the human eye. So on
  524. 22:30a flat earth or on a glow art something
  525. 22:32that's 6t high the same conditions the
  526. 22:35only difference is the geometry. So one
  527. 22:37is flat one is one is a sphere the same
  528. 22:41where the same thing will happen on a
  529. 22:43globe or curve will block you from
  530. 22:46seeing the boat right after 3 miles and
  531. 22:48on a flat earth uh angular resolution
  532. 22:52will cause the boat to disappear. Now in
  533. 22:54this video I go through what would
  534. 22:56happen if you try to invoke both of them
  535. 22:58simultaneously. If you try try to invoke
  536. 23:01our curve and perspective simultaneously
  537. 23:05in under those conditions that I put in
  538. 23:07there then what's going to happen is the
  539. 23:09boat would disappear after 1.8 at 1.8
  540. 23:12being 1.8 and 1.9 miles. The reason is
  541. 23:15is that uh the bottom uh two foot of the
  542. 23:18boat would be blocked. Uh is it two foot
  543. 23:22or four? I can't remember. But the
  544. 23:23bottom of the boat will be blocked by
  545. 23:25our curve at 1.8 miles and the remainder
  546. 23:28that's above that its angular size would
  547. 23:31be reaching 0.02 degrees. So that means
  548. 23:34if our curve and perspective both
  549. 23:36existed together then uh the boat would
  550. 23:39the six foot high object would h and if
  551. 23:41the person was on a globe and they had a
  552. 23:43rise at the water and the boat sailed
  553. 23:46away 6' high boat sailed away uh from
  554. 23:50them in a non-deviating path for 1.8
  555. 23:52date the 1.9 miles. The boat would
  556. 23:54disappear because the the bottom of the
  557. 23:58boat would be blocked by our curve and
  558. 23:59the top would have what would be still
  559. 24:01visible would have an angular res
  560. 24:03angular size of 0.02°
  561. 24:05making it the boat not uh visible to the
  562. 24:09observer. But we know that doesn't
  563. 24:12happen. We know that in reality that
  564. 24:13boat will have to be three miles away
  565. 24:17for it to disappear. So that means it
  566. 24:20can only be disappearing because of uh
  567. 24:24earth curve right or perspective. Now we
  568. 24:28know for definite that angular size
  569. 24:30change and perspective does exist. That
  570. 24:32means that earth the earth has to be
  571. 24:35flat and there is no globe cuz as I said
  572. 24:38and I show in this video earth curve and
  573. 24:41perspective can't coexist together. It's
  574. 24:44shown and proven in this video I go
  575. 24:46through the whole lot. So it can only be
  576. 24:47one or the other. And when we go through
  577. 24:50the process of elimination, the only one
  578. 24:52that's eliminated is our curve. Why?
  579. 24:54Because we know perspective exists. And
  580. 24:56that means our curve cannot exist.
  581. 24:59Proving that m perspective and our curve
  582. 25:02cannot coexist together. That's
  583. 25:04important. And why it's important is
  584. 25:05because it's going to be important here
  585. 25:08in a minute, right? cuz they are they if
  586. 25:12they try to uh these people sometimes
  587. 25:15they'll try to uh they'll try to use a
  588. 25:18little bit of perspective when it suits
  589. 25:20them with the work and it's out of
  590. 25:22rubbish it's completely out of rubbish
  591. 25:24right can't do that
  592. 25:26so
  593. 25:28what's actually happening I'm going to
  594. 25:30show the uh demonstration first of what
  595. 25:35is actually happening here and why this
  596. 25:37here proves a flat earth Right. So this
  597. 25:40is this here is a from a different
  598. 25:43video. H I have it shown on a different
  599. 25:45video. This is just a short video I have
  600. 25:47it to show. Uh it's a demonstration. I
  601. 25:49have several demonstrations like this.
  602. 25:51Uh and this demonstration is on a bigger
  603. 25:54video uh that I have if anyone wants to
  604. 25:56see it. And I have other videos using
  605. 25:59lasers and stuff and proving this point.
  606. 26:00And I have videos proving it in real
  607. 26:02life and blah blah blah. Basically you'd
  608. 26:04have to just uh denote your perspective.
  609. 26:08um for deny the existence of perspective
  610. 26:11right for to deny what's happening here
  611. 26:14and I've had I've had people in the past
  612. 26:16try to do that now first of all to
  613. 26:18explain what's happening on the phone
  614. 26:19screen here this is 0.4 it fluctuates
  615. 26:22between 0.3 and 0.4 uh but that's the
  616. 26:25tilt from left to right of the table
  617. 26:29there's no tilt front and back so in the
  618. 26:32x-axis there's a tilt of 0.3 to 0.4
  619. 26:34four, but there's no tilt front and
  620. 26:36back. And I'm using a plumb bob function
  621. 26:39because what I'm doing is I'm making it
  622. 26:40parallel to the surface of the table.
  623. 26:43Right? That means uh my lens here is
  624. 26:46parallel to the surface of the table.
  625. 26:48The table is slightly tilted and because
  626. 26:50of that the the shown at very slight
  627. 26:53tilt uh from from across the x-axis
  628. 26:56here, but on the y- axis there's no
  629. 26:58tilt. And the whole point is that you
  630. 27:00can't guarantee that a surface right
  631. 27:02let's say a table or whatever that you
  632. 27:04can't guarantee that that's going to be
  633. 27:07uh that's not going to ramp up or slant
  634. 27:09down like slightly. So you have to make
  635. 27:12a parallel to it. Once you make a
  636. 27:13parallel to it then once you've made a
  637. 27:16parallel to that then you know that your
  638. 27:19uh that the surface you're using will
  639. 27:22will be parallel. It won't slant down or
  640. 27:25lift up parallel to what you're showing.
  641. 27:28Um this uh this is a an effect that a
  642. 27:32lot of the people on our opposing side
  643. 27:34tried their best to deny. I had people
  644. 27:36try literally literally caught lying in
  645. 27:39the debates against me concerning this.
  646. 27:42I had uh surveyors cuz Leoski and them
  647. 27:45trying to argue and he couldn't. All
  648. 27:47these people couldn't argue. They had to
  649. 27:48run off because there's no way out of
  650. 27:50it. And I showed it in real life.
  651. 27:52There's no way around this. But this is
  652. 27:54this if you take what what's going on
  653. 27:56here, right, with them trying to claim
  654. 27:58that the the mountain should be up here
  655. 28:00on a flat earth and down there on a
  656. 28:02globe. No, it should be down here on a
  657. 28:03flat earth. And I'm going to further
  658. 28:05show how this is how their globe 33 uh
  659. 28:08minutes 30 seconds. Further show how
  660. 28:11this is completely wrong even for a
  661. 28:13globe in a moment. So sorry. Right. So
  662. 28:17I'm just going to press play here. Now
  663. 28:19this is on a different video. I have the
  664. 28:20sound off. Um, but you will see the
  665. 28:24effect there in a moment. So, as I move
  666. 28:28it away, you can see that this
  667. 28:32crosshairs here
  668. 28:34um are uh parallel to the table. And as
  669. 28:38you can see, the the line that was
  670. 28:41meeting the bottom of the crosshair is
  671. 28:43now appearing to get lower and lower as
  672. 28:46it as you go. And in a moment, I start
  673. 28:48pulling it back. There you go.
  674. 28:53And if we bring it in close, it kind of
  675. 28:56loses focus. And bring it back. Yeah.
  676. 28:58Forward and then back.
  677. 29:00And there there I show right there. I
  678. 29:03show that the line here of the that's on
  679. 29:06the back of the phone charger there.
  680. 29:08That that is in alignment with this line
  681. 29:10here or even maybe slightly above it.
  682. 29:12The point is is that
  683. 29:15the point is is go back slightly. I show
  684. 29:17it again.
  685. 29:19Point being is that this is purely an
  686. 29:22effect of perspective and that's why
  687. 29:23what what's being shown there proves a
  688. 29:25flat earth. That's exactly what you you
  689. 29:27would see on a flat earth because of
  690. 29:29perspective angular size change over
  691. 29:31distance across a flat plane. Right? You
  692. 29:33know there you are.
  693. 29:38So if I just
  694. 29:42show again as it comes back towards it
  695. 29:46and then it goes away. As you can see
  696. 29:48each time it appears to drop then rise
  697. 29:52and drop then rise. Is the phone charger
  698. 29:54getting smaller, shrinking in actual
  699. 29:56size? No. Just it's just uh appearing to
  700. 30:00you over distance. So the the line here
  701. 30:03on the phone charger, this line when I
  702. 30:05bring it in closer, it loses focus.
  703. 30:07That's why I don't always bring it in
  704. 30:08close. But this line here, right, as you
  705. 30:12can see when I bring it in, it's in
  706. 30:13alignment. It's actually maybe slightly
  707. 30:15above this line. Um, but when I move it
  708. 30:19away, you can see it appears lower.
  709. 30:23And I bring it back in, it appears to
  710. 30:25rise again. So this is purely an
  711. 30:27effective perspective, an effect of what
  712. 30:30they're showing here. This is purely an
  713. 30:32effective perspective over flat art.
  714. 30:34That's exactly what's happening. And
  715. 30:36this is exactly this amount here 29.51
  716. 30:41uh 29.5 29 uh minutes 51 seconds that is
  717. 30:46exactly what would match here that and
  718. 30:49as again once sorry one more time here
  719. 30:53we are again think about what you just
  720. 30:55seen and
  721. 30:59here we go
  722. 31:02if one mountain was brought towards the
  723. 31:04other obviously the higher amount might
  724. 31:06end up way higher.
  725. 31:09See, there's no way around it. I've
  726. 31:11shown this time after time after time,
  727. 31:13proved it with lasers, proved it in real
  728. 31:14life, shown it with many examples in
  729. 31:16real in real life and got testimony of
  730. 31:18people in real life of things that they
  731. 31:20have seen themselves as well. Like
  732. 31:23there's no way out of it. This is
  733. 31:25optical drop. That's what's been shown
  734. 31:27here. That's what all it is. But now
  735. 31:30that flat earth has been outright proven
  736. 31:33first of all with this, right? this map
  737. 31:36then this Allan this space audits guy
  738. 31:38does his map straight lines triangles
  739. 31:40all proven then proven through uh
  740. 31:44perspective right as well so flat earth
  741. 31:47is absolutely no doubt about it proven
  742. 31:50by this guy's video I'll leave you I
  743. 31:52I'll I'll link the video in the
  744. 31:54description it's h going to be filled
  745. 31:56with all kinds of nonsense doesn't
  746. 31:58define terms as you would expect someone
  747. 32:01to do if they were being honest this guy
  748. 32:03here he's not honest the space god sky.
  749. 32:06I'm after correcting him as I said in
  750. 32:07the past week or so of making this video
  751. 32:10uh on several things and he will not
  752. 32:13concede like he's claiming that it's
  753. 32:15okay to violate axioms. You can't do
  754. 32:18that. You can't violate axioms. The the
  755. 32:21whole point of axioms is that they can't
  756. 32:22be violated. It's not that people have
  757. 32:24agreed upon it. They can't be if you
  758. 32:27have three straight lines meeting at
  759. 32:28three vertices. They can never meet h
  760. 32:32sum the internal angles can never sum to
  761. 32:34more or less than 180 degrees. But back
  762. 32:38to this a second. This globe here that
  763. 32:42that he's that this guy here and
  764. 32:44whatever uh these people may have been
  765. 32:47saying should be 33 minutes and 30
  766. 32:50seconds, right? Uh um below the this
  767. 32:55this uh crosshairs here, right? Okay.
  768. 33:00I'm just going to show something. Well,
  769. 33:01first first thing I want to show is
  770. 33:05right the angular size of 2244
  771. 33:09m at 270 km. The angular size of that is
  772. 33:140.497.
  773. 33:160.497.
  774. 33:17That's his angular size. Right. Right.
  775. 33:20That's how that's in reality. That's his
  776. 33:23angular size over a flat plane. So, just
  777. 33:27a second. Just going to come out of this
  778. 33:30and go up to here.
  779. 33:32Now on a globe art the angular size well
  780. 33:36it doesn't have an angular size on a
  781. 33:37globe bar because it doesn't have
  782. 33:39there's no perspective right but um
  783. 33:43there's no perspective perspective
  784. 33:44debunks a globe but the angular size of
  785. 33:47something not size but the angle that
  786. 33:49would be made between if I just zoom in
  787. 33:51there from the the uh I just show the
  788. 33:55mountain just so things are from from
  789. 33:58this philosen right at 1,137 m uh the
  790. 34:03angle to the point that would be uh uh
  791. 34:06to the amount uh to the point directly
  792. 34:09at 1,137 m on Mold Hen and the and the
  793. 34:13peak of Mhason, right? The angle in
  794. 34:17reality to that is 0.497
  795. 34:20uh degrees, right? But that angle if we
  796. 34:24with tilt with the tilt if you remember
  797. 34:27anyone who's watched my channel a bit
  798. 34:28I've I I made a video a while back
  799. 34:31telling people do not allow them to not
  800. 34:34address the tilt right and this is the
  801. 34:36reason what I'm going to show here
  802. 34:38because once you address the tilt then
  803. 34:41that the angle between those two points
  804. 34:43is not 0 497 it's not 256
  805. 34:49right so if I just one second 0.256. So
  806. 34:53if if I just 025
  807. 34:58right multiplied by 60 equals 15. So it
  808. 35:03won't be the point being is that you the
  809. 35:07um if I just show
  810. 35:11here right it's showing that the tip of
  811. 35:15the mountain what they're trying to
  812. 35:16claim for a globe would be almost at the
  813. 35:1830 the 30 mark here. So it' be zero here
  814. 35:21down to 30 and this would be 60 up to
  815. 35:2330. That would mean that this would be
  816. 35:2560 or this would be 30 30 minutes of
  817. 35:28degree, right? Cuz in the reticle,
  818. 35:30right, this is what it would mean. It
  819. 35:31would be about 30 minutes of degree. But
  820. 35:34what it would really be on a globe,
  821. 35:36right, that angle between this point and
  822. 35:38this point, what it would really be is
  823. 35:4015, not 30. It won't be 30. And it only
  824. 35:44gets worse watching a show.
  825. 35:47the dip angle right now I'm using uh in
  826. 35:51miles and it should be 167.77 I have
  827. 35:54167.76 it's only worse for the globe if
  828. 35:57I bring it that bit the arc length a
  829. 35:59little bit longer the point being is
  830. 36:01that
  831. 36:02h the dip angle from here from this
  832. 36:05point here to
  833. 36:08the dip angle from there sorry
  834. 36:13to here this point here which would be
  835. 36:15the the tip of the top of the mountain,
  836. 36:19right? because I have the dip angle
  837. 36:22between this point here
  838. 36:25uh sorry the
  839. 36:28this point here and
  840. 36:31this point here which is on a tangent
  841. 36:33that's connected to this point I just
  842. 36:35show right so I just zoom in there is
  843. 36:40that angle
  844. 36:42zoom in it's a small angle so I have to
  845. 36:44do a bit of zooming on
  846. 36:47right it's in here right just to
  847. 36:49try and zoom in. So this angle here, you
  848. 36:53can kind of see see it kind of
  849. 36:55highlighted there, right? That is
  850. 36:580.9480867
  851. 37:01blah blah blah. Right?
  852. 37:03That is the dip angle for a globe when
  853. 37:06you bring in the tilt.
  854. 37:08What do they have? Right? What's this
  855. 37:10guy have? A dip angle of 33
  856. 37:14uh minutes and 30 seconds. Right? 33
  857. 37:18minutes and 30 seconds. Hang on a
  858. 37:20second.
  859. 37:220.948.
  860. 37:24Hang on. Let's just let's just get this
  861. 37:26a sec. So, 0.9,
  862. 37:30right? 0.9 is a 48 uh 48, right? We just
  863. 37:35multiply that by 60,
  864. 37:37right? That'll be 56
  865. 37:4188.
  866. 37:43So if we're just going to go right 0.94
  867. 37:47multiply by 60 would be 56.4
  868. 37:52minutes
  869. 37:54of a dip. Not 33
  870. 37:57minutes of a dip,
  871. 38:00right? You're talking almost double it.
  872. 38:01The same for this, right? So where are
  873. 38:05they getting their numbers from? Where's
  874. 38:07this guy Allan getting these numbers
  875. 38:08from? Where are these surveillas getting
  876. 38:09their numbers from? I'll tell you where
  877. 38:11they're getting their numbers from.
  878. 38:12Right? I'm not going to go into all of
  879. 38:13it now, but they're hijacking a flat
  880. 38:15earth and that's what they're trying to
  881. 38:17do. They have to they're messing with
  882. 38:19the manamatics, right? They might even
  883. 38:20be trying to add in some terrestrial
  884. 38:23nonrefraction right? To try
  885. 38:26and make this lift up so they can hijack
  886. 38:29what would be seen on a flat earth,
  887. 38:30right? Which is this, right? This is
  888. 38:34what you'll see on a flat earth,
  889. 38:37right? This is what you'll see.
  890. 38:39The effect of perspective. That's what
  891. 38:41you'll see. The thing that destroys the
  892. 38:43globe that I showed a minute ago, that's
  893. 38:45what you see in a flat earth. See the
  894. 38:46way it's starting to appear to get lower
  895. 38:48and lower and lower. And those
  896. 38:50crosshairs are parallel with this
  897. 38:52surface of this table. I've shown all
  898. 38:54this in other video. I've showed the
  899. 38:56measurements. I measured showed
  900. 38:57everything I was doing with the table.
  901. 38:59Everything. Nobody could argue with me.
  902. 39:01Se and that's not what I did. I did, as
  903. 39:04I said, showed all this in real life and
  904. 39:05everything. I showed it with lasers.
  905. 39:07There's just no beating it, right? You
  906. 39:09can't get away from it. So the only way
  907. 39:12what they have to actually do is deny
  908. 39:14the existence of perspective.
  909. 39:17Right? So they're denying that something
  910. 39:18will change in angular size over
  911. 39:20distance. They're denying the effect of
  912. 39:23of uh obviously angular size change. The
  913. 39:25effect of a secondary effect then of
  914. 39:27which I'm showing there which is optical
  915. 39:29drop. And then they're going to have to
  916. 39:30also deny uh um visual occultation and
  917. 39:34and any other uh perspective effect. But
  918. 39:37they're the three three main ones,
  919. 39:40right? That's what they're going to have
  920. 39:41to do cuz this is not 56 or whatever,
  921. 39:45right? 04. This is 33. That's what
  922. 39:48they're trying to say for Globar. For
  923. 39:50them, it's close to what is the the dip
  924. 39:52of 30 47, right? From the but it's not a
  925. 39:55dip. This is the point cuz that is not a
  926. 39:59dip angle. It is a dip. You can measure
  927. 40:01it as a dip angle, but you you're it's
  928. 40:03only an apparent dip because you are
  929. 40:05actually in autographically lookically
  930. 40:08you are actually meeting that point on
  931. 40:10the mountain. It's just it appears due
  932. 40:12to perspective to be lower. That's all
  933. 40:14it is. And their numbers are like this
  934. 40:18guy's numbers are double like he's
  935. 40:20inflated them into double. How can you
  936. 40:22do that? I tell you why he's doing it.
  937. 40:2433 minutes 30 seconds. It's not very
  938. 40:27close to 29 minutes 51 seconds.
  939. 40:30Right? If you subtracted 59 minutes,
  940. 40:33let's say one second. Right?
  941. 40:37Sorry, not 60. That's not 90, but 60.
  942. 40:40Right? Minus
  943. 40:4329
  944. 40:4551
  945. 40:4830.49.
  946. 40:49Right? So, the dip angle right here,
  947. 40:53right, the apparent is not a real dip
  948. 40:54angle. It's only an apparent dip. The
  949. 40:56apparent dip matches where exactly where
  950. 40:59the flat out would show the tip of the
  951. 41:01mountain, exactly where it would show it
  952. 41:04because of perspective, right? But it's
  953. 41:06not a real dip. It's only an apparent
  954. 41:08dip, right? Cuz you actually are
  955. 41:09actually meeting the mountain with the
  956. 41:11crosshairs. It just doesn't appear that
  957. 41:12way. This has all been shown in the
  958. 41:15past.
  959. 41:16So I don't know where he's getting this
  960. 41:18number from any of these people because
  961. 41:21when you bring the uh tilt of the globe
  962. 41:24of the the divergence of the zenets
  963. 41:26right when I say tilt I'm talking about
  964. 41:28the rever divergence of the zenets into
  965. 41:30account uh you get half of that or you
  966. 41:35get sorry you get nearly double that cuz
  967. 41:38the tilt is so much greater and the same
  968. 41:40for this if you were to take an angle
  969. 41:42between those two points uh that would
  970. 41:44match 2 3 4 mters, right? Because of the
  971. 41:47tilt of the or the divergence, I should
  972. 41:50say I've same saying tilt the divergence
  973. 41:52of the of the two zenit because of that
  974. 41:54on a globe you're going to get 0.256
  975. 41:57as your angle whereas in reality in
  976. 42:01reality it's not it's going to be 0.497
  977. 42:04matching a flat earth. That's what it's
  978. 42:06going to be. So first of all maps
  979. 42:09outright proven the earth is flat.
  980. 42:11Right? There we are again.
  981. 42:14Right? triangles outright proven the
  982. 42:17flat. All these are measured with
  983. 42:18straight lines and theodolites. There's
  984. 42:20no way around it. All this is proven
  985. 42:23flatter. There's just these people
  986. 42:24trying to hijack a reality and then
  987. 42:27trying to gaslight you into believing
  988. 42:29something that's true that is not true.
  989. 42:32AI is constantly at it. There's no way.
  990. 42:35This is we're in a situation in the
  991. 42:37world where where especially with the
  992. 42:39globe more than nothing else where it's
  993. 42:42a it's like an onslaught of gaslighting
  994. 42:45and people like this space audits guy
  995. 42:47down here he is directly involved in
  996. 42:50that right he is proving the earth is
  997. 42:54flat with his maps these straight lines
  998. 42:56and his triangles and so are these other
  999. 42:58these other people who did this thing
  1000. 43:00right 270 km that's a straight line it
  1001. 43:04can't not be kilome
  1002. 43:05You know when you're home at a straight
  1003. 43:07a distance between A and B, it's a
  1004. 43:08straight line, right? So maps,
  1005. 43:11triangles, straight lines, the lights,
  1006. 43:14perspective, right? All of these things
  1007. 43:18are proven. All of these things prove a
  1008. 43:20flat earth and debunk a globe outright.
  1009. 43:23And whatever is going on with this guy's
  1010. 43:27uh 33 minutes 30 seconds, whatever
  1011. 43:30nonsense is going on there, it doesn't
  1012. 43:32match what would be for their globe when
  1013. 43:34the divergence of Zenit is taken into
  1014. 43:37account because 270 km is 167.77
  1015. 43:40miles. That's the length of this arc
  1016. 43:42length. And I have all those heights and
  1017. 43:44everything correctly correct for those
  1018. 43:47two mountains. I'll show it. Uh let me
  1019. 43:50just one second just to show
  1020. 43:53one second. Sorry, I look for algebra.
  1021. 43:56Where is the
  1022. 43:58circle? So that's what I brought the
  1023. 44:01tangent off. That's exactly the point,
  1024. 44:04right? That is the height of the
  1025. 44:06mountain, uh the smaller mountain.
  1026. 44:08That's the height of the bigger mountain
  1027. 44:10where this orange uh orange um arc meets
  1028. 44:14it. That's the height difference. So
  1029. 44:16there's no way around it. this guy,
  1030. 44:19Space Audits, I don't know where he's
  1031. 44:21getting his numbers from, right? And I
  1032. 44:24don't know where these people are
  1033. 44:25getting their numbers from, but I know,
  1034. 44:26well, I do know, but I'm not going to go
  1035. 44:28into it. Let's just say I don't know. I
  1036. 44:30know there are credit bullshitters.
  1037. 44:32They're credit lawyers. They're
  1038. 44:33deceivers. Do not address these people.
  1039. 44:35Do not address this guy. Right? He's an
  1040. 44:38outright deceiver. Right? These people,
  1041. 44:40right? The longer the more air time you
  1042. 44:43give these people, the more they'll get
  1043. 44:45away with bullshitting people because
  1044. 44:47that's all they want to do. This person
  1045. 44:49is a lawyer. He's a deceiver. I've shown
  1046. 44:51this myself. He's trying he's trying to
  1047. 44:54him and these other false thoughts
  1048. 44:56surveyor types are trying to make you
  1049. 44:58believe that things in reality aren't
  1050. 45:01real and reality is something else
  1051. 45:02completely. That's what they're trying
  1052. 45:05to do. Don't listen to them. Don't
  1053. 45:07believe them. They're to flat,
  1054. 45:08stationary, and enclosed as is proven
  1055. 45:11all day, every day. And especially
  1056. 45:13proven by these people because they need
  1057. 45:16to hijack it to make up the
  1058. 45:19that they're then going to try to
  1059. 45:20gaslight you and your family members and
  1060. 45:23your loved ones and your friends with.
  1061. 45:24And don't forget that cuz that's what
  1062. 45:26people like this Allen guy, the space
  1063. 45:28audits and these fault surveyors, that's
  1064. 45:31exactly what they're trying to do.
  1065. 45:34That's their whole purpose in life. Make
  1066. 45:37no mistake about it. There's not
  1067. 45:38ignorance on this guy's part of the
  1068. 45:40space audits. There's not stupidity.
  1069. 45:42This is direct deception. And I know
  1070. 45:45this because I've had dealings with him
  1071. 45:46in recently. And I know what happens
  1072. 45:48when he's corrected on something. And I
  1073. 45:50know what he does and what he doesn't
  1074. 45:51do. So, thanks for watching the video. I
  1075. 45:54know it's long, but I needed to go
  1076. 45:56through that because otherwise you're
  1077. 45:58going to have more and more of these
  1078. 45:59ballers pumping out this complete horse
  1079. 46:02manure that's completely false. and
  1080. 46:04they'll be doing nothing but showing you
  1081. 46:06page after page of of numbers and
  1082. 46:10spreadsheets of this that and the other
  1083. 46:11thing when what they're actually doing
  1084. 46:14is hijacking elements of reality and
  1085. 46:16hijacking a flat earth. That's what's
  1086. 46:18actually going on. This rubbish was
  1087. 46:20dealt with over 10 years ago and now you
  1088. 46:23have people like this base audits
  1089. 46:24bringing back this rubbish again and
  1090. 46:26he's not even a surveyor. At least bring
  1091. 46:27So he's not even a surveyor. At least
  1092. 46:29bring out a surveyor who would put their
  1093. 46:31name to it. you know, put their name to
  1094. 46:33this rubbish.
  1095. 46:35You know, they you won't find them. They
  1096. 46:36disappeared.
  1097. 46:38Kowski disappeared because he knew
  1098. 46:40better.
  1099. 46:42Thanks for watching.

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