Quote from trainr:
Yup, it does.
The rest of your post prompted my wife to ask me what I was laughing about.
Youâre a good writer; you have talent.
I didnât really want to get into another discussion on physics, anyway.
Much, anyway. Teensy bit left, though. Here comes.
Tensor equations arenât necessary for this to work. All one needs must do is recognize the truthfulness of those questionsâ obvious answers that I asked earlier. Then, remove the spatial coordinates idea because itâs not a discussion of locations but of periods of time. There is a frame of reference that refers to the period of the Big Bang, best analyzed as a time rather than place. I debated this with another PhD elsewhere, and he wanted me to produce the math for spatial coordinates, but I think he eventually agreed that wasnât necessary if one recognized the significance of comparing the rate of timeâs passage relative to quark decoupling and the current CBR temperatures.
Which is to restate my earlier point: ~ 6 days equals ~ 14 billion years, depending on your frame of reference between 2 frames; the first is the time of the Big Bang, the second is earth-current time. While it may be a coincidence, it agrees with the Genesis time periods completely, including the âdaysâ of creation, wherein various things appear on earth. The reverse-time rule seems to line up with what modern science declares as the time for each of these appearances.
And, I was referring to relative in the complete sense of the word, although Einstein expressed it initially in its most simple form, ârelative to a frame of reference.â You can extend that thought fairly easily because the relativity of a frame of reference is based on the absolute speed of light and the relative rate of timeâs passage, which is where I came in.
I donât know if this short note makes sense in light of the complexity underlying it, but all I have time for today.
I really enjoyed your response.
Good job. [/B]