A Super B-Factory, an asymmetric ee collider with a luminosity of 2.5 to 7 x10 cms, can provide a sensitive probe of new physics in the flavor sector of the Standard Model. The success of the present B-Factories, PEP-II and KEKB, in producing unprecedented luminosity with very short commissioning times has taught us about the accelerator physics of asymmetric ee colliders in a new parameter regime. From this experience, it is possible to build on this success to advance the state of the accelerator art by constructing a collider with a luminosity approaching 10 cms. Such a collider would produce an integrated luminosity of 10,000 fb (10 ab) in a running year. Design studies are underway to arrive at a complete parameter set based on a collider in the PEP-II tunnel at SLAC but with an upgraded RF system, vacuum system, magnet system, and interaction region [1-7]. The present injection system based on the SLAC linac needs no improvements and is ready for the Super-B-Factory.

A Super B-Factory, an asymmetric ee collider with a luminosity of 2.5 to 7 x10 cms, can provide a sensitive probe of new physics in the flavor sector of the Standard Model. The success of the present B-Factories, PEP-II and KEKB, in producing unprecedented luminosity with very short commissioning times has taught us about the accelerator physics of asymmetric ee colliders in a new parameter regime. From this experience, it is possible to build on this success to advance the state of the accelerator art by constructing a collider with a luminosity approaching 10 cms. Such a collider would produce an integrated luminosity of 10,000 fb (10 ab) in a running year. Design studies are underway to arrive at a complete parameter set based on a collider in the PEP-II tunnel at SLAC but with an upgraded RF system, vacuum system, magnet system, and interaction region [1-7]. The present injection system based on the SLAC linac needs no improvements and is ready for the Super-B-Factory.