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.

v0.11.3

QuantumClifford v0.11.3

Diff since v0.11.2

Merged pull requests:

• Speed up ECC/QEC tests with minimal sweep reductions (#676) (@​Krastanov-agent)
• Fix deprecated apply! call order in tests and QOptics extension (#677) (@​Krastanov-agent)
• Speed up top 10 non-ECC test offenders with minimal sweep reductions (#678) (@​Krastanov-agent)
• Enable Nemo 0.54 in QECCore and fix Hecke doctests with depwarn (#679) (@​Krastanov-agent)
• Non-Clifford sparsification framework (rebased PR 645) (#689) (@​Krastanov-agent)
• fix apply!(genstab, paulichannel) (#690) (@​Fe-r-oz)
• Document non-Clifford gates, states, and Pauli channels (#692) (@​Krastanov-agent)
• Bump julia-actions/cache from 2 to 3 (#693) (@​dependabot[bot])

Closed issues:

• Generalized Stabilizers: wrong expectation values (#681)

Changelog

Sourced from QuantumClifford's changelog.

v0.11.3 - 2026-03-07

• (fix) GeneralizedStabilizer non-clifford apply!(::GeneralizedStabilizer, ::AbstractPauliChannel) had low-level mistakes returning wrong results
• Non-Clifford simulation via the Sum-over-Cliffords sparsification framework from [Bravyi et al. 2019]:
  • New state type PureGeneralizedStabilizer representing a pure state as a weighted sum of stabilizer states |ψ⟩ = Σₐ cₐ|φₐ⟩, with incremental sparsification to keep the number of terms bounded. Supports apply! and mctrajectory! for gate-by-gate simulation.
  • Non-Clifford gate types sT (T gate / π/8 phase rotation) and sCCZ (controlled-controlled-Z). These gates are currently supported only with PureGeneralizedStabilizer — they cannot be used with standard stabilizer tableaux or PauliFrame.
  • emtrajectories(circuit; trajectories, delta) ("end measurement" trajectories) for simulating circuits with non-Clifford gates. Unlike mctrajectories, it performs no mid-circuit measurements and instead implicitly measures all qubits in the computational basis at the end, returning sampled measurement outcomes.
  • (private) Result type EndMeasurementSampleResults returned by emtrajectories, containing measurement outcomes and simulation statistics.
  • New generic accessor measurements(result) for extracting measurement outcome matrices, shared across EndMeasurementSampleResults and PauliFrame.
  • Trait function isclifford(op) for characterizing gates.
  • (private) stabilizer_extent(op) for characterizing gates.
  • (private) Cost estimation function lrcost(circuit; delta) to predict simulation cost before running.
• (deprecation) pfmeasurements is deprecated in favor of the generic measurements accessor.

v0.11.2 - 2026-03-01

• (fix) Deprecate legacy 3-argument apply! order (state, operation, indices) in favor of state, indices, operation.

v0.11.1 - 2026-02-26

• Add MultivariateMulticycle, a novel family of quantum LDPC code using Koszul complexes
• (fix) permutesystems no longer mutates its argument in place; it now correctly returns a modified copy

v0.11.0 - 2026-01-01

• (fix) DistanceMIPAlgorithm returned d_Z as the default instead of computing the min(d_X, d_Z).
• 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

... (truncated)

Commits

• b525285 Bump version from 0.11.2 to 0.11.3
• 8f91236 fix apply!(genstab, paulichannel) (#690)
• 2636da6 Bump julia-actions/cache from 2 to 3 (#693)
• 2895903 Document non-Clifford gates, states, and Pauli channels (#692)
• 5874eb9 Non-Clifford sparsification framework (rebased PR 645) (#689)
• bf5f5c3 polish MM code documentation (#691)
• daa6a0e test that Haah's cubic code is a special case on Multivariate Multicycle code...
• 7ad1561 Add downstream dev tests to Buildkite CI (#688)
• c4e8952 Fix doctest filter for '(empty range)' on Julia alpha (#686)
• 41c075b Fix flaky probabilistic test in test_noisycircuits.jl (#685)
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