  Tipler has shown that if we assume that the particle physics Standard Model
and DeWitt-Wheeler quantum gravity (equivalent to Feynman-Weinberg quantum
gravity) are a Theory of Everything, then in the very early universe, the
Cosmic Background Radiation (CBR) could not have coupled to right handed
electrons and quarks. Tipler further showed that if this property of CBR has
continued, the Sunyaev-Zel'dovich (SZ) effect would be observed to be too low
by a factor of two. WMAP and PLANCK observed this. Tipler showed that this CBR
property would also mean the Ultra High Energy Cosmic Rays (UHECR) would
propagate a factor of ten further than standard theory predicts, since most of
the cross section for pion production when a UHECR hits a CBR photon is due to
a quark spin flip, and such a flip cannot occur if a CBR particle cannot couple
to right-handed quarks. We show that taking this additional propagation
distance into account allows us to identify the sources of 86\% of the UHECR
seen by the Pierre Auger Collaboration. We can also identify the sources of 9
of the 11 UHECR seen by the AGASA observatory, and the source of the 320 EeV
UHECR seen by the Fly's Eye instrument. We propose observations to test the
theory underlying the UHECR identifications, beginning with measuring the
redshifts of five galaxies whose apparent visual magnitude we estimate to be
about 15, and whose positions we give to within one arcsecond. The particle
physics Standard Model identifies the Dark Energy and Dark Matter.
