THE BEACON
Dimensional Flattening and the "Flat Door" Theory
In a heady dive into spatial geometry and relativistic physics, krisptreats questions whether black holes can compress space into specific vectors, such as cylinders or disks. Reptiliandude steers the conversation toward the concept of length contraction, using a bullet traveling at near-light speed as a metaphor for how three-dimensional objects (like a sunspot) might appear “flat” from a specific relativistic frame of reference. This leads to a discussion on the historical and philosophical hurdles of physics, specifically touching on the controversial “Bell Project” and whether certain schools of thought, like the Theory of Relativity, acted as limiting factors for quantum research during the mid-20th century. The exchange concludes with a cryptic hint from Reptiliandude, suggesting that “flat” dimensions are mathematically easier to “drill through” or manipulate than rounded ones, potentially hinting at a simplified path for dimensional folding or travel.
THE BEACON
Dimensional Flattening and the "Flat Door" Theory
In a heady dive into spatial geometry and relativistic physics, krisptreats questions whether black holes can compress space into specific vectors, such as cylinders or disks. Reptiliandude steers the conversation toward the concept of length contraction, using a bullet traveling at near-light speed as a metaphor for how three-dimensional objects (like a sunspot) might appear “flat” from a specific relativistic frame of reference. This leads to a discussion on the historical and philosophical hurdles of physics, specifically touching on the controversial “Bell Project” and whether certain schools of thought, like the Theory of Relativity, acted as limiting factors for quantum research during the mid-20th century. The exchange concludes with a cryptic hint from Reptiliandude, suggesting that “flat” dimensions are mathematically easier to “drill through” or manipulate than rounded ones, potentially hinting at a simplified path for dimensional folding or travel.
Image: This image is a striking digital illustration of a supermassive black hole, similar in style to the scientifically grounded visualizations seen in films like Interstellar. It depicts the extreme gravitational warping of light around a gravitational singularity (Photo by BoliviaInteligente via Unsplash)
Source: RD (via GT), "Put your questions here so Reptiliandude can find them!" r/reptiliandude, Reddit, (28 June 2017) https://www.reddit.com/r/reptiliandude/comments/6jvn4t/put_your_questions_here_so_reptiliandude_can_find/
krisptreats: can a black hole compress space in a vector, linear fashion? like a long cylinder to a small cylinder or into a flat disk even?
reptiliandude: More you should be asking, “If you fire a bullet near light speed into a sunspot, does the sunspot look ‘flat’ to the bullet?”
And if it is flat, what therefore is the dimensional description of the sun relative to the bullet while ‘churning’ out that magnetic anomaly?
Baby steps there, brow rubbing chimpy.
krisptreats: so Einsteins experiment on the train comes to mind.. Relativity of simultaneity…
if i were to be traveling at almost light speed and pass by earth i wouldnt be able to process the depth of earth hence seeing it as flat.
i got this feeling by the end of the day if the beacon is to be answered we would have to thank the Nazis for there activity and inquiry in what they did. like there expeditions and research regarding the bell project. is it true that for the Nazis, that the school of thought on the theory of relativity is a limiting factor for the studies in quantum physics?
reptiliandude: Doors that are ‘flat’ are less ‘heavier’ to open and close and easier to ‘drill’ through than doors that are round.
Well, to be more succinct, it’s a lot easier to do the ‘math’ for that sort of thing on doors that are ‘flat’ rather than on doors that are round.
whistles innocently and walks away to eat some ‘f15h.’
