Update QuantumClifford requirement from 0.10.0 to 0.10.0, 0.11

[dependabot]

Updates the requirements on QuantumClifford to permit the latest version.

Release notes

Sourced from QuantumClifford's releases.

v0.11.0

QuantumClifford v0.11.0

Diff since v0.10.1

• Drop support for Julia <1.12.
• Implementation of the specialized simulation algorithms for graph states (faster for large sparse tableaux).
• (breaking) moving all graph state functionality to a submodule GraphSim.
• (fix) canonicalize_gott! now properly supports non-UInt64 types.
• MixedDestabilizer now has a backtrack keyword argument that makes it possible to undo the canonicalization step and recover destabilizers for specific stabilizer operators.
• ptrace for partial traces. We already had traceout!, which returns tableaux with the same number of qubits. ptrace removes the traceout qubits besides setting their stabilizing operators to I.
• Add apply_right! that applies a Clifford operator to the right of a dense clifford operator.
• Implementing apply_inv! for direct application of the inverse of a given gate.
• Add mul_right! methods for inplace operations between tableaus
• Add a CliffordOperator constructor that builds a dense clifford from a PauliOperator
• Add a phases getter for CliffordOperator
• A new non-Clifford operation was added as a Pauli channel, the rotation gate pcRx.
• Adapt.jl can now be used to convert various types to GPU-backed storage.
• The phase storage type can now be parameterized, instead of hardcoded to UInt8.
• Add an extension to QECCore -- QECCoreNemoExt for accurate matrix rank computation
• Introduce metacheck_matrix_x, metacheck_matrix_z, and metacheck_matrix for CSS codes built using chain complexes and homology.
• Quantum codes (including (breaking) changes to API): _ Improvements to decoders: - TableDecoder now supports arbitrary error weights and a new CSSTableDecoder is available that separate decodes the x and z syndromes of CSS codes. - Google's tesseract decoder is available through PyTesseractDecoder.jl
  • The lifted product code constructor LPCode now supports non-commutative group algebras by appropriate switching left/right representations — particularly useful now that there is also an Oscar.jl extension, which provides many non-abelian group constructors.
  • Add BivariateBicycleViaPoly, implemented using multivariate quotient ring formalism
  • In a Hecke extension for QuantumClifford.ECC:
    • Add GeneralizedBicycle and ExtendedGeneralizedBicycle
    • Add GeneralizedHyperGraphProduct
    • Add [[2n², 2k², d]] and [[(n - k)² + n², k², d]] La-cross codes via univariate polynomial ring
    • Add convenience wrappers for code families honeycomb_color_codes_as_2bga and Haah_cubic_codes_as_2bga
  • In an Oscar extension for QuantumClifford.ECC:
    • Add TrivariateTricycle
    • Add GeneralizedToric on twisted tori in terms of Laurent polynomials
    • Add HomologicalProduct and DoubleHomologicalProduct
    • Add D-dimensional Surface and Toric codes through chain complexes and GF2 homology
  • In QECCore:
    • Add cyclic quantum Tanner graph product codes
    • Add [[n² + m²,(n - rank([C ∣ M]))² + (m − rank([C ∣ M]ᵀ))², d]] quantum Tillich-Zémor random_TillichZemor_code
    • Add Delfosse-Reichardt codes from classical self-orthogonal Reed-Muller seed codes
    • Add [[4p, 2(p − 2), 4]] Delfosse-Reichardt repetition DelfosseReichardtRep
    • Add [[8p, 4p − 2, 3]] Delfosse-Reichardt Generalized [[8,2,3]] DelfosseReichardt823
    • In an Oscar extension for QECCore
      • Add BivariateBicycleViaCirculantMat
• Classical codes (including (breaking) changes to API):
  • In QECCore:
    • Add classical Goppa
    • Add classical Gallager's LDPC code
• (breaking) Some codes are moved to QECCore from QuantumClifford, including Hamming, Golay, Triangular488 , Triangular666 , Gottesman, ReedMuller, RecursiveReedMuller, and QuantumReedMuller.

... (truncated)

Changelog

Sourced from QuantumClifford's changelog.

v0.11.0 - 2026-01-01

• Drop support for Julia <1.12.
• Implementation of the specialized simulation algorithms for graph states (faster for large sparse tableaux).
• (breaking) moving all graph state functionality to a submodule GraphSim.
• (fix) canonicalize_gott! now properly supports non-UInt64 types.
• MixedDestabilizer now has a backtrack keyword argument that makes it possible to undo the canonicalization step and recover destabilizers for specific stabilizer operators.
• ptrace for partial traces. We already had traceout!, which returns tableaux with the same number of qubits. ptrace removes the traceout qubits besides setting their stabilizing operators to I.
• Add apply_right! that applies a Clifford operator to the right of a dense clifford operator.
• Implementing apply_inv! for direct application of the inverse of a given gate.
• Add mul_right! methods for inplace operations between tableaus
• Add a CliffordOperator constructor that builds a dense clifford from a PauliOperator
• Add a phases getter for CliffordOperator
• A new non-Clifford operation was added as a Pauli channel, the rotation gate pcRx.
• Adapt.jl can now be used to convert various types to GPU-backed storage.
• The phase storage type can now be parameterized, instead of hardcoded to UInt8.
• Add an extension to QECCore -- QECCoreNemoExt for accurate matrix rank computation
• Introduce metacheck_matrix_x, metacheck_matrix_z, and metacheck_matrix for CSS codes built using chain complexes and homology.
• Quantum codes (including (breaking) changes to API): _ Improvements to decoders: - TableDecoder now supports arbitrary error weights and a new CSSTableDecoder is available that separate decodes the x and z syndromes of CSS codes. - Google's tesseract decoder is available through PyTesseractDecoder.jl
  • The lifted product code constructor LPCode now supports non-commutative group algebras by appropriate switching left/right representations — particularly useful now that there is also an Oscar.jl extension, which provides many non-abelian group constructors.
  • Add BivariateBicycleViaPoly, implemented using multivariate quotient ring formalism
  • In a Hecke extension for QuantumClifford.ECC:
    • Add GeneralizedBicycle and ExtendedGeneralizedBicycle
    • Add GeneralizedHyperGraphProduct
    • Add [[2n², 2k², d]] and [[(n - k)² + n², k², d]] La-cross codes via univariate polynomial ring
    • Add convenience wrappers for code families honeycomb_color_codes_as_2bga and Haah_cubic_codes_as_2bga
  • In an Oscar extension for QuantumClifford.ECC:
    • Add TrivariateTricycle
    • Add GeneralizedToric on twisted tori in terms of Laurent polynomials
    • Add HomologicalProduct and DoubleHomologicalProduct
    • Add D-dimensional Surface and Toric codes through chain complexes and GF2 homology
  • In QECCore:
    • Add cyclic quantum Tanner graph product codes
    • Add [[n² + m²,(n - rank([C ∣ M]))² + (m − rank([C ∣ M]ᵀ))², d]] quantum Tillich-Zémor random_TillichZemor_code
    • Add Delfosse-Reichardt codes from classical self-orthogonal Reed-Muller seed codes
    • Add [[4p, 2(p − 2), 4]] Delfosse-Reichardt repetition DelfosseReichardtRep
    • Add [[8p, 4p − 2, 3]] Delfosse-Reichardt Generalized [[8,2,3]] DelfosseReichardt823
    • In an Oscar extension for QECCore
      • Add BivariateBicycleViaCirculantMat
• Classical codes (including (breaking) changes to API):
  • In QECCore:
    • Add classical Goppa
    • Add classical Gallager's LDPC code
• (breaking) Some codes are moved to QECCore from QuantumClifford, including Hamming, Golay, Triangular488 , Triangular666 , Gottesman, ReedMuller, RecursiveReedMuller, and QuantumReedMuller.
• (breaking) Some codes (types or functions) are slightly renamed for consistency.

Private API

... (truncated)

Commits

• 934b4ab prep for 0.11 release (#653)
• f7e062b Update Nemo requirement from 0.45.5, 0.46, 0.47, 0.48, 0.49, 0.50, 0.51, 0.52...
• 7269847 prep for 0.11 release (#649)
• b4a6dcd Bump dawidd6/action-download-artifact from 11 to 12 (#648)
• ef57ca7 fix misformatted test and conditional import
• 401d36e abstract out the repetitive dependency errors and hints (#644)
• ece25d1 General polish and renaming of ECC code implementations (#646)
• 488b320 add tesseract-decoder extension (#643)
• 0f80e13 add pcRx (#552)
• 13b3ea9 ECC summer work: polish Goppa codes, Gallager codes and introduce appropriat...
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[Fe-r-oz]

Some distance tests have now starting failing giving error Model failed to solve: INFEASIBLE or wrong distance estimates with this PR. I will look into that causing this and resolve errors that are happening with the current version.

[Fe-r-oz]

Closing this PR, the INFEASIBLE solver occurs both in HiGHS, Gurobi) . The compact for QuantumClifford will be updated in #61

[dependabot]

OK, I won't notify you again about this release, but will get in touch when a new version is available. If you'd rather skip all updates until the next major or minor version, let me know by commenting @dependabot ignore this major version or @dependabot ignore this minor version. You can also ignore all major, minor, or patch releases for a dependency by adding an ignore condition with the desired update_types to your config file.

If you change your mind, just re-open this PR and I'll resolve any conflicts on it.