Musings on Quantum Gravity - Fit the First
If space is relative rather than absolute, how can the integral of velocity give you a position? Doesn't an independent position assume absolute space? For background, review Equations of Motion , Barycenters , Relativity , and Branes A note on terminology This construct assumes that the quanta of energy is space in n dimensions with a volume of the (geodesic) Planck unit to the nth power. Thus a fourbrane becomes equivalent to a unit of fourspace. I will use both terms for ease of communication. When we move up to 5 dimensions, spacetime will technically be nonequivalent to fourspace as the term fourspace may be excluding one of the dimensions of spacetime. Since Einstein equated mass and energy I will be describing them as the same substance, independent of reference frame (being more objective than invariant mass), with the term MassEnergy. As we decreasingly describe MassEnergy relative to other dimensions by integration, we increasingly are reducing relative motion into ...