Manu Algaba
@manuqphys.bsky.social
Quantum simulation at IQM Germany. PhD student at UAM. He/him.
We just released our preprint scirate.com/arxiv/2505.0... on arbitrary code distance fermion-to-qubit encodings!
Almost all previous fermionic encodings have a fixed distance but we give a strategy to arbitrarily grow their distance and use it for Verstraete-Cirac and others.
Almost all previous fermionic encodings have a fixed distance but we give a strategy to arbitrarily grow their distance and use it for Verstraete-Cirac and others.
May 7, 2025 at 7:32 AM
We just released our preprint scirate.com/arxiv/2505.0... on arbitrary code distance fermion-to-qubit encodings!
Almost all previous fermionic encodings have a fixed distance but we give a strategy to arbitrarily grow their distance and use it for Verstraete-Cirac and others.
Almost all previous fermionic encodings have a fixed distance but we give a strategy to arbitrarily grow their distance and use it for Verstraete-Cirac and others.
Reposted by Manu Algaba
New QEC paper out 🙂 Our tile codes are a new and simple approach to construct local codes on a 2D planar lattice. Read more here if you're interested: scirate.com/arxiv/2504.0...
April 15, 2025 at 9:55 AM
New QEC paper out 🙂 Our tile codes are a new and simple approach to construct local codes on a 2D planar lattice. Read more here if you're interested: scirate.com/arxiv/2504.0...