What is the bandwidth of the space-time continuum, taking into account the Planck length and the Planck time? - continuum your account is locked
Since neither the length or the Planck time infinity, the spatial and temporal resolution of the space-time continuum boundaries, respectively. However, a system with a higher resolution, higher bandwidth transmission over a given period. Think of a broadband Internet connection, the image of higher resolution than a low-bandwidth connection can can transmit at any time. Means more bandwidth for higher resolution per unit time. Therefore, limited in the band limited resolution. In the space-time, spatial and temporal resolution (of the Planck time and Planck legnth imposed) implies a limited bandwidth. So do not believe that it is reasonable to ask what the range of space-time continuum. If your answer contains a high level of math, you probably will not understand much. I was never very good at math in school. Thank you. Thank you for your reply.
Carl
Friday, December 11, 2009
Continuum Your Account Is Locked What Is The Bandwidth Of The Space-time Continuum, Taking Into Account The Planck Length And The Planck Time?
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It makes sense to ask this question, but since we have to limit a theory of spacetime near the Planck, we can not say. Not only that, but the Planck limit can be virtual. It is entirely possible that the real power cut of about 10 ^ 20GeV. It depends on the number of dimensions of nature has chosen to compactify and how big they are.
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