Joe, Energy is conserved ONLY with regards to the same frame of measurement. There are a number of ways in which conservation of energy can be violated.
This is because ALL FORMS of energy and mass are JUST various types of relative motion. So it all depends on how spacetime emerges from quantum processes... Edgar On Oct 10, 2012, at 8:40 PM, Joe wrote: > Edgar, > > Off-topic, but/and Howdy!: > > I was bemused, some time ago -- but delighted! -- to learn that, in Special > Relativity, energy is NOT conserved (middle-Teenager). > > For example -- and this is the instance by which I approached this: > Astronomical Redshifts (what ELSE!). A spectral-line starts out as BLUE; say, > Lyman-alpha of Hydrogen, and we see it as RED. Where's the lost energy? > > Not lost. But not Conserved! ;-) > > --Joe > > > Edgar Owen <edgarowen@...> wrote: > > > > Chris, > > > > So called 'non-locality' only arises with respect to the MISTAKENLY ASSUMED > > pre-existing classical space time that quantum processes are wrongly > > thought to take place within. > >
