A prototype lattice design for a 2 TeV {mu}{sup +} {minus} {mu}{sup {minus}} collider

This is a description of a prototype lattice for a {mu}-{mu} collider. It is not intended to be a final design, that is the design for a collider lattice which will be built. This prototype design will need to be optimized as the constraints and the requirements for the collider are better understood. As this is done the present design will be replaced by a superior design. Nonetheless this prototype can be used as a benchmark and a means of identifying problems. This is a geometric design, that is the beam energy does not enter into the properties of the elements of the design. Since the proposed energy for the {mu}-{mu} collider is 2TeV {times} 2TeV this energy has been used to compute the gradients needed in the quadrupoles. At an energy of 2TeV, and with superconducting dipoles of {approximately}8T the circumference of the ring is {approximately}6km. Since the luminosity depends exponentially on the length of the lattice an important design criterion will be to minimize the length of the ring. This will be done with careful design of the interaction regions (IR), the utility straight sections, and even the standard cells in the arcs