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Hey NASA…what happened to your telemetry data proving…? https://t.co/Cw4dvDjmZT
Video Transcript AI Summary
Speaker 0 asks about the location of hard evidence recorded on telemetry tapes. Speaker 1 responds that they haven't seen any indication that the telemetry data even exists, and even if it did, they don't have the machines to play it back. Speaker 0 clarifies that Speaker 1's research has shown the telemetry data is missing, which Speaker 1 confirms.
Full Transcript
Speaker 0: Recorded on these telemetry tapes. So where is this hard evidence?
Speaker 1: I haven't seen anything that indicates the telemetry data is even in existence. As I said, even if we had it, we don't have the machines to play it back.
Speaker 0: But your own research has shown the telemetry data is missing?
Speaker 1: That's right.
@plain_see - PLAIN To SEE
@jtfollowsjc The Earth is motionless. There are no experiments to prove the Earth rotates vs. the heavens rotating around the Earth! https://t.co/egwN7l58PZ
Video Transcript AI Summary
We cannot determine if we are moving just by conducting experiments in this room. No experiment—whether it's observing radioactive decay, electricity, magnetism, or even bouncing a ball—can reveal our motion. This fundamental observation led Einstein to develop the theory of relativity, which is our best understanding of motion and gravity. The essence of general relativity is that motion cannot be measured in isolation; it relies on the relative position of objects.
Full Transcript
Speaker 0: Observation is that we can't tell here in this room whether we are moving or not. That is not possible to conduct any experiment to tell you whether you are moving or not. No experiment you can do. We could look at the decay of a radioactive nucleus or some electricity, magnetism or bounce a ball, have a pendulum, whatever it is, and there's no experiment you can do to tell you whether you're moving or not. I'm not giving you the rest of your lives.
And there's no experiment you can do to tell you whether you're moving or not. And that that's led Einstein to relativity. So that's the basis of general relativity which is our best theory of Which is our best theory of Because you can't measure it.