  The phenomena customly described with the standard $\Lambda$CDM model are
broadly reproduced by an extremely simple model in TeVeS, Bekenstein's (2004)
modification of General Relativity motivated by galaxy phenomenology. Our model
can account for the acceleration of the universe seen in SNeIa distances
without a cosmological constant, and the accelerations seen rotation curves of
nearby spiral galaxies and gravitational lensing of high-redshift elliptical
galaxies without cold dark matter. The model is consistent with BBN and the
neutrino mass. The TeVeS scalar field is shown to play the effective dural
roles of Dark Matter and Dark Energy with the amplitudes of the effects
controled by a $\mu$-function of the scalar field, called the $\mu-$essence
here. We also discuss outliers to the theory's predictions on multi-imaged
galaxy lenses and outliers on sub-galaxy scale.
