Zhenyu Cai
@zhenyucai.bsky.social
Researcher at the University of Oxford.
This will be a 3-year post.
August 8, 2025 at 2:34 AM
This will be a 3-year post.
The remarkably low overhead of these circuits positions them as a valuable component for practical fault-tolerant computations. It may also inspire some low overhead construction in the lattice surgery picture.
January 20, 2025 at 9:57 AM
The remarkably low overhead of these circuits positions them as a valuable component for practical fault-tolerant computations. It may also inspire some low overhead construction in the lattice surgery picture.
However, such a scheme still has a higher overhead compared to magic state distillation, mainly due to the inefficiency of the decoder. Therefore, a significant reduction in the overhead is possible with further improvements in these decoders.
It is an absolute joy working with Tom Scruby on this!
It is an absolute joy working with Tom Scruby on this!
December 18, 2024 at 9:13 AM
However, such a scheme still has a higher overhead compared to magic state distillation, mainly due to the inefficiency of the decoder. Therefore, a significant reduction in the overhead is possible with further improvements in these decoders.
It is an absolute joy working with Tom Scruby on this!
It is an absolute joy working with Tom Scruby on this!