Recent content by jnhrtmn

  1. J

    I How can the Universe know when you change directions?

    Back to Doppler, it seems overcomplicated. Using 0.6c added to c gives 1.6c, (contracted length) / (speed multiplier), 0.8/1.6=0.5. The other is 0.8/0.4=2 This works throughout. Is it because1.6c can't be real, but even sqrt 1.6 is still 1.265. Using 1 instead of contracted length is the...
  2. J

    I How can the Universe know when you change directions?

    Clocks are always some form of oscillator. Math is using time as a sequence marker to describe the oscillation or periodic effect. Send a pendulum into space and the clock stops measuring what it was measuring. Remember and anticipate are in the brain. How can I see time as more than numbers...
  3. J

    I How can the Universe know when you change directions?

    I appreciate this greatly. I have to work some things out myself. Everything here deals with the consequences of light-constant-per-observer with time being a real physical thing and not just in your head as a function of thought. If time exists, I can see it. Thanks
  4. J

    I How can the Universe know when you change directions?

    Use 0.6c for simple numbers. Length cont. is 0.8x, time dilation is 1.25x, Doppler shifts are 0.5x and 2x. To me, these are not mechanisms, which is what I'm looking for in it, a mechanism. I can't relate the frequency change with the other changes yet, still looking at it. I would almost...
  5. J

    I How can the Universe know when you change directions?

    You are using the same wave train for two different observers here, each seeing c. I will have to come back with some accounting.
  6. J

    I How can the Universe know when you change directions?

    The straight lined path of the square sets your inertial frame. When you turn left, new leg, new frame compared to the frame of the Universe. You see light at c, so new path, same c, my question was about the entire beam of light traveling to you. It travels to you, arrives at c only, and...
  7. J

    I How can the Universe know when you change directions?

    So, you just think the light is entering your eyes at one speed as a matter of opinion, and the rest of the light beam didn't actually change to get to you in the condition that it's in?
  8. J

    I How can the Universe know when you change directions?

    If you and your frame are following a square path in space, and the Universe is the other frame, each leg of the square path instantly changes every photon in the Universe to suit your dimensional perspective of speed, length, frequency, and time. Is this new light situation actually different...
  9. J

    I Does the classical theory of angular momentum explain this video of a unicycle robot?

    There is nothing gyroscopic about this video. It is purely inertial acceleration or deceleration about an axis in order to manage that axis. The other wheel is not even needed. The device will react opposite to the wheel acceleration or deceleration (reverse acceleration).
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