A type-I fusion gate, boosted with four single-photon ancillas and passive linear optics, reaches 3/4 success probability via a distillation protocol.
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Fusion failure sets a noise floor that blocks low-overhead subthreshold operation in all-linear-optics fusion-based quantum computers, but quantum-emitter-spin architectures lower this floor by orders of magnitude.
citing papers explorer
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Single-photon-boosted type-I fusion gates
A type-I fusion gate, boosted with four single-photon ancillas and passive linear optics, reaches 3/4 success probability via a distillation protocol.
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The subthreshold issue of fusion-based quantum computing
Fusion failure sets a noise floor that blocks low-overhead subthreshold operation in all-linear-optics fusion-based quantum computers, but quantum-emitter-spin architectures lower this floor by orders of magnitude.