Abstract
The collision of a linear accelerator electron beam with a particle beam stored in a ring allows center of mass energies and luminosities beyond those achievable in pure storage ring colliders. The constraints of such a collider scheme and the unusual beam-beam interaction scenario with a highly disrupted electron beam are discussed. Machine parameters for a high luminosity B factory are given. The possibilities to use the LEP type superconducting acceleration cavities for the linac and a low emittance and high current positron ring analog to advanced synchrotron light sources are outlined. The option for a parallel useability of the electron beam for linac-ring collisions and fixed target operation is mentioned.
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