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The muon collider has great potential for enabling high-luminosity multi-TeV lepton–antilepton collisions provided low-emittance, high-intensity muon beams can be produced. Ionization cooling is the proposed technique to achieve the required muon beam emittance. The rectilinear cooling lattice used to compress the six-dimensional (6-D) phase-space volume of the beam comprises solenoids for strong focusing, dipoles to generate dispersion, wedge absorbers for differential energy loss, and RF cavities for longitudinal energy restoration. The International Muon Collider Collaboration aims to demonstrate the integration and reliable operation of a 6-D ionization cooling system, including RF acceleration in strong magnetic fields. This paper presents a full implementation of the Muon Cooling Demonstrator 6-D cooling lattice in BDSIM, together with an evaluation of its cooling performance.
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