Speaker
Description
As interest in advanced acceleration techniques for future high-energy colliders continues to grow, there is increasing demand for Beam Delivery Systems (BDS) capable of transporting beams with energies beyond the CLIC design. While plasma-based collider concepts offer the potential for significantly reduced accelerator footprints, the BDS is expected to dominate the overall facility length at multi-TeV energies. We present the current status of the 7 TeV center-of-mass energy BDS, where key challenges include managing synchrotron radiation and correcting optical aberrations. The strategies developed to address these issues are discussed, along with an outlook on the remaining design tasks. This work is closely aligned with ongoing studies of plasma-based collider concepts targeting 10 TeV and beyond.
