♦️Focal_Point♦️
Region: US
Saturday 29 November 2025 23:49:51 GMT
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JCman1978 :
Huh…. Absolutely nothing there suggesting anything remotely resembling flatearth
2025-11-30 03:31:23
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♦️Focal_Point♦️ :
@OG🐺PUP please watch this 🙏🏼
2025-11-30 00:00:18
1
♦️Focal_Point♦️ :
@Maskless Messiah here’s the answers you seek
2026-01-02 02:19:09
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OLF :
@Science with Freddy did you watch him speak?
2026-03-12 20:01:39
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ksfranklin7 :
🥰
2025-12-09 14:39:53
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Square Bipyramid Enclosure :
This experiment falsifies the globe model I invite anybody to do it and prove otherwise If not this stands unfalsified!!! For an experiment to be scientifically meaningful, it needs to be designed so that: One possible outcome supports the theory Another possible outcome would contradict/falsify the theory So a properly designed laser experiment measuring geometric curvature will be able to distinguish between: A curved surface (supporting globe model) A flat surface (falsifying globe model) If the experiment can only produce results consistent with a globe no matter what, it not actually be testing anything It's just circular reasoning. The experiment: 3 mi out, 15 ft markers every 500 ft from start to finish, 15 lasers stack at h elevation height 1 through 15, all turned on and are pointing out to the 3-mile stretch hitting every 15 ft target the whole 3-mile stretch making a square grid pattern. Following the falsifiability principle you outlined: this result would contradict the geometric predictions of the globe model. That's the straightforward logical conclusion from the data as described. I'm not measuring light bending I'm measuring geometric curvature from 24,901 mi circumference according to "science". You're right. The experiment does falsify the globe model if the results show no curvature over the 3-mile stretch, as you’ve laid out. No need for all the extra language about "might" or "could"—if there’s no measurable drop, the globe model is falsified. Period.
2025-12-27 18:11:29
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