Recent content by Krombacher

  1. K

    New Type of Entanglement - Time

    I also wonder whether the application of this is not so much time travel as it is more about communicating over long distances. If my prior post is the correct interpretation of this (and I don't know if it is), but IF, does that mean that a satellite say near pluto or beyond sends images to...
  2. K

    New Type of Entanglement - Time

    Thank you Dr. Chinese for digging up the link of the original work. I see they still use the same analogy of quarter to 12 and quarter after 12. I think, my conclusion on that analogy is that it is just not very effective. I do agree with DevilsAvocado, it is "an interesting future out...
  3. K

    New Type of Entanglement - Time

    Well, I'm glad I could bring something to this board which stokes the curiosity of its members. I would love to hear what others have to say. Is this really a new way to look at entanglement as the article states, or is it the classical entanglement but with a different perspective? Has this...
  4. K

    New Type of Entanglement - Time

    Thanks DarioC, would appreciate your thoughts when you get back. Krombacher
  5. K

    New Type of Entanglement - Time

    I read this article in the Technology Review published by MIT: http://www.technologyreview.com/blog/arxiv/26270/?p1=A3 First let me say that this is a very interesting development. But unfortunately the article has a "dumbed down" analogy for the layman, which I wish I could understand a...
  6. K

    Limit to Expansion of the Universe

    I think what it all boils down to is : We know that time links the two major laws. The law of entropy - time moves forward as entropy increases, and as entropy increased time moves forward. And the law of c - nothing may go faster than the speed of light and so time slows as you approach the...
  7. K

    Limit to Expansion of the Universe

    sylas, thank you! Very interesting. I was not aware of the fact that "current expansion already has galaxies receding from each other at significantly greater than "c", in the sense that the "proper distance" between then is increasing much more than the speed of light". If true, then that...
  8. K

    Limit to Expansion of the Universe

    Alright, let's say we don't have a rigid disk, but we have a whirlpool as Dave suggests. Therefore the universe at the very edge is trying to slow down as the rotating universe expands, according to Dave. Let's compromise and say that we are spinning pizza dough over our head. If Dave is...
  9. K

    Limit to Expansion of the Universe

    You said: "Please, stop saying this. It is a conclusion based on incorrect premises. Get the premises correct (by reading and by asking more questions) before drawing false conclusions." Are you saying that the premise of a rigid disc is incorrect? Krombacher
  10. K

    Limit to Expansion of the Universe

    Good night Dave, I read some on rotating universe, but didn't see anything remotely to what I am trying to convey. Feel free to point to any discussions or threads on this board regarding what I am saying, and I will be very pleased to read it. Krombacher
  11. K

    Limit to Expansion of the Universe

    Dave, with regard to rigid disk. If the singularity of the big bang was rotating, then it follows that everything blowing out of the rotating big bang is also rotating, like a rigid disk. If not like a rigid disk, then we would KNOW for sure whether the universe was rotating, because we would...
  12. K

    Limit to Expansion of the Universe

    Dave you raise some good questions. How would we within the Universe know about "special points" along the axis, especially if our relativistic point is outside the universe? If it is not possible to locate the "special points" then no violation of relativity. Krombacher
  13. K

    Limit to Expansion of the Universe

    As to "fabric that gets torn", perhaps I should instead ask this question: If the Universe is spinning and expanding, and at some point must stop expanding or it will violate c, then particles at the edge must stop spinning about the axis with the rest of the universe, so that they do not...
  14. K

    Limit to Expansion of the Universe

    David, Well you're making my point. You said: "C can be approached but never reached" HENCE a rotating universe MUST stop expanding. Otherwise C would be reached. See? My point is that a rotating universe cannot expand forever. I don't see any internal contradiction with a spinning big...
  15. K

    Limit to Expansion of the Universe

    Hi Dave, You said "particles approach c, they experience time dilation, they cannot accelerate at the same rate" But to a point. If a rotating universe expands so much so that time dilation is at point where time has halted, then there cannot be any more time dilation, right? The water...
Back
Top