@techreport{gap:cpgsv17_mpdo_mutual_information_bound,
  author      = {The {QICLean} contributors},
  title       = {The Mutual-Information Bound for Matrix Product Density Operators},
  institution = {QICLean},
  type        = {Paper-gap note},
  number      = {cpgsv17\_mpdo\_mutual\_information\_bound},
  year        = {2026},
  url         = {https://sirui-lu.com/QICLean/paper-gaps/cpgsv17_mpdo_mutual_information_bound.pdf},
}

@techreport{gap:cpgsv17_pf_rank_one,
  author      = {The {QICLean} contributors},
  title       = {The Perron--Frobenius Rank-One Step in Cirac--Perez-Garcia--Schuch--Verstraete 2017 Appendix C.2},
  institution = {QICLean},
  type        = {Paper-gap note},
  number      = {cpgsv17\_pf\_rank\_one},
  year        = {2026},
  url         = {https://sirui-lu.com/QICLean/paper-gaps/cpgsv17_pf_rank_one.pdf},
}

@techreport{gap:cpsv16_bnt_uniqueness_zero_coefficient,
  author      = {The {QICLean} contributors},
  title       = {The Nonzero-Coefficient Convention for CPSV16 Canonical Forms},
  institution = {QICLean},
  type        = {Paper-gap note},
  number      = {cpsv16\_bnt\_uniqueness\_zero\_coefficient},
  year        = {2026},
  url         = {https://sirui-lu.com/QICLean/paper-gaps/cpsv16_bnt_uniqueness_zero_coefficient.pdf},
}

@techreport{gap:cpsv16_decorrelation_slice_expansion_fix,
  author      = {The {QICLean} contributors},
  title       = {The marginal-support expansion in CPSV16 Appendix D.2},
  institution = {QICLean},
  type        = {Paper-gap note},
  number      = {cpsv16\_decorrelation\_slice\_expansion\_fix},
  year        = {2026},
  url         = {https://sirui-lu.com/QICLean/paper-gaps/cpsv16_decorrelation_slice_expansion_fix.pdf},
}

@techreport{gap:cpsv16_example_4_12_normalization,
  author      = {The {QICLean} contributors},
  title       = {Normalization of the tensor printed in CPSV16 Example 4.12},
  institution = {QICLean},
  type        = {Paper-gap note},
  number      = {cpsv16\_example\_4\_12\_normalization},
  year        = {2026},
  url         = {https://sirui-lu.com/QICLean/paper-gaps/cpsv16_example_4_12_normalization.pdf},
}

@techreport{gap:cpsv16_global_vs_persector_unit_witness,
  author      = {The {QICLean} contributors},
  title       = {Global and Per-Sector Unit-Weight Witnesses in the CPSV16 BNT Argument},
  institution = {QICLean},
  type        = {Paper-gap note},
  number      = {cpsv16\_global\_vs\_persector\_unit\_witness},
  year        = {2026},
  url         = {https://sirui-lu.com/QICLean/paper-gaps/cpsv16_global_vs_persector_unit_witness.pdf},
}

@techreport{gap:cpsv16_simple_tensor_nilpotency,
  author      = {The {QICLean} contributors},
  title       = {Nilpotent Basis Elements in the Simple-Tensor Definition of Cirac--P{\'{e}}rez-Garc{\'{i}}a--Schuch--Verstraete},
  institution = {QICLean},
  type        = {Paper-gap note},
  number      = {cpsv16\_simple\_tensor\_nilpotency},
  year        = {2026},
  url         = {https://sirui-lu.com/QICLean/paper-gaps/cpsv16_simple_tensor_nilpotency.pdf},
}

@techreport{gap:cpsv16_unit_weight_rfp_scale_tension,
  author      = {The {QICLean} contributors},
  title       = {The CPSV16 Unit-Weight Convention and Renormalization-Fixed-Point Scale},
  institution = {QICLean},
  type        = {Paper-gap note},
  number      = {cpsv16\_unit\_weight\_rfp\_scale\_tension},
  year        = {2026},
  url         = {https://sirui-lu.com/QICLean/paper-gaps/cpsv16_unit_weight_rfp_scale_tension.pdf},
}

@techreport{gap:cpsv16_zcl_canonical_form_normalization,
  author      = {The {QICLean} contributors},
  title       = {Zero correlation length uses the physical-trace transfer in Cirac--Perez-Garcia--Schuch--Verstraete 2017},
  institution = {QICLean},
  type        = {Paper-gap note},
  number      = {cpsv16\_zcl\_canonical\_form\_normalization},
  year        = {2026},
  url         = {https://sirui-lu.com/QICLean/paper-gaps/cpsv16_zcl_canonical_form_normalization.pdf},
}

@techreport{gap:ha98_choi_type_witness_scope,
  author      = {The {QICLean} contributors},
  title       = {Scope of Ha's A\_\gamma Witness for Choi-Type Maps},
  institution = {QICLean},
  type        = {Paper-gap note},
  number      = {ha98\_choi\_type\_witness\_scope},
  year        = {2026},
  url         = {https://sirui-lu.com/QICLean/paper-gaps/ha98_choi_type_witness_scope.pdf},
}

@techreport{gap:mpu_nil_matrix_bound,
  author      = {The {QICLean} contributors},
  title       = {Nil-Matrix Product-Length Bound in the MPU Blocking Argument},
  institution = {QICLean},
  type        = {Paper-gap note},
  number      = {mpu\_nil\_matrix\_bound},
  year        = {2026},
  url         = {https://sirui-lu.com/QICLean/paper-gaps/mpu_nil_matrix_bound.pdf},
}

@techreport{gap:qiclean_minkowski_canonical_pair_dependency,
  author      = {The {QICLean} contributors},
  title       = {The Minkowski Canonical-Pair Dependency in Four Real Dimensions},
  institution = {QICLean},
  type        = {Paper-gap note},
  number      = {qiclean\_minkowski\_canonical\_pair\_dependency},
  year        = {2026},
  url         = {https://sirui-lu.com/QICLean/paper-gaps/qiclean_minkowski_canonical_pair_dependency.pdf},
}

@techreport{gap:wolf_breuer_hall_even_dim_restriction,
  author      = {The {QICLean} contributors},
  title       = {Hypothesis Boundaries for the Indecomposability of the Breuer--Hall Map (Wolf Example 3.1)},
  institution = {QICLean},
  type        = {Paper-gap note},
  number      = {wolf\_breuer\_hall\_even\_dim\_restriction},
  year        = {2026},
  url         = {https://sirui-lu.com/QICLean/paper-gaps/wolf_breuer_hall_even_dim_restriction.pdf},
}

@techreport{gap:wolf_brouwer_general_compact_convex,
  author      = {The {QICLean} contributors},
  title       = {The General Compact-Convex Brouwer Fixed-Point Theorem},
  institution = {QICLean},
  type        = {Paper-gap note},
  number      = {wolf\_brouwer\_general\_compact\_convex},
  year        = {2026},
  url         = {https://sirui-lu.com/QICLean/paper-gaps/wolf_brouwer_general_compact_convex.pdf},
}

@techreport{gap:wolf_ch01_operator_system_extension_matrix_scope,
  author      = {The {QICLean} contributors},
  title       = {Wolf's Operator-System Extension: Matrix-Algebra Realization},
  institution = {QICLean},
  type        = {Paper-gap note},
  number      = {wolf\_ch01\_operator\_system\_extension\_matrix\_scope},
  year        = {2026},
  url         = {https://sirui-lu.com/QICLean/paper-gaps/wolf_ch01_operator_system_extension_matrix_scope.pdf},
}

@techreport{gap:wolf_ch01_two_pure_state_zero_multiplicities,
  author      = {The {QICLean} contributors},
  title       = {Zero Multiplicities in Wolf's Two-Pure-State Spectrum Shorthand},
  institution = {QICLean},
  type        = {Paper-gap note},
  number      = {wolf\_ch01\_two\_pure\_state\_zero\_multiplicities},
  year        = {2026},
  url         = {https://sirui-lu.com/QICLean/paper-gaps/wolf_ch01_two_pure_state_zero_multiplicities.pdf},
}

@techreport{gap:wolf_ch2_spinor_rotation_sign,
  author      = {The {QICLean} contributors},
  title       = {The Rotation Sign in Wolf's Spinor Exponential Formula},
  institution = {QICLean},
  type        = {Paper-gap note},
  number      = {wolf\_ch2\_spinor\_rotation\_sign},
  year        = {2026},
  url         = {https://sirui-lu.com/QICLean/paper-gaps/wolf_ch2_spinor_rotation_sign.pdf},
}

@techreport{gap:wolf_ch3_kramers_theorem_ii,
  author      = {The {QICLean} contributors},
  title       = {The Nonvanishing Partner in Wolf's Kramers Theorem II},
  institution = {QICLean},
  type        = {Paper-gap note},
  number      = {wolf\_ch3\_kramers\_theorem\_ii},
  year        = {2026},
  url         = {https://sirui-lu.com/QICLean/paper-gaps/wolf_ch3_kramers_theorem_ii.pdf},
}

@techreport{gap:wolf_ch3_lorentz_cone_trace_sign,
  author      = {The {QICLean} contributors},
  title       = {The Trace Sign in Wolf's Lorentz-Cone Converse},
  institution = {QICLean},
  type        = {Paper-gap note},
  number      = {wolf\_ch3\_lorentz\_cone\_trace\_sign},
  year        = {2026},
  url         = {https://sirui-lu.com/QICLean/paper-gaps/wolf_ch3_lorentz_cone_trace_sign.pdf},
}

@techreport{gap:wolf_ch5_abstract_multiplicative_domains,
  author      = {The {QICLean} contributors},
  title       = {Wolf Chapter 5: Abstract Multiplicative-Domain Hypotheses},
  institution = {QICLean},
  type        = {Paper-gap note},
  number      = {wolf\_ch5\_abstract\_multiplicative\_domains},
  year        = {2026},
  url         = {https://sirui-lu.com/QICLean/paper-gaps/wolf_ch5_abstract_multiplicative_domains.pdf},
}

@techreport{gap:wolf_ch5_operator_convexity_scope,
  author      = {The {QICLean} contributors},
  title       = {Scope of Wolf Chapter 5 Operator Convexity and Monotonicity Results},
  institution = {QICLean},
  type        = {Paper-gap note},
  number      = {wolf\_ch5\_operator\_convexity\_scope},
  year        = {2026},
  url         = {https://sirui-lu.com/QICLean/paper-gaps/wolf_ch5_operator_convexity_scope.pdf},
}

@techreport{gap:wolf_ch5_operator_jensen_lieb,
  author      = {The {QICLean} contributors},
  title       = {Wolf Chapter 5 Special-Function Jensen and Lieb Concavity},
  institution = {QICLean},
  type        = {Paper-gap note},
  number      = {wolf\_ch5\_operator\_jensen\_lieb},
  year        = {2026},
  url         = {https://sirui-lu.com/QICLean/paper-gaps/wolf_ch5_operator_jensen_lieb.pdf},
}

@techreport{gap:wolf_ch5_two_variable_unconditional,
  author      = {The {QICLean} contributors},
  title       = {The Inverse on the Range in the Two-Variable Operator Schwarz Inequality},
  institution = {QICLean},
  type        = {Paper-gap note},
  number      = {wolf\_ch5\_two\_variable\_unconditional},
  year        = {2026},
  url         = {https://sirui-lu.com/QICLean/paper-gaps/wolf_ch5_two_variable_unconditional.pdf},
}

@techreport{gap:wolf_ch5_unitary_comparison_missing_order,
  author      = {The {QICLean} contributors},
  title       = {The Missing Order Hypothesis in Wolf's Unitary Comparison},
  institution = {QICLean},
  type        = {Paper-gap note},
  number      = {wolf\_ch5\_unitary\_comparison\_missing\_order},
  year        = {2026},
  url         = {https://sirui-lu.com/QICLean/paper-gaps/wolf_ch5_unitary_comparison_missing_order.pdf},
}

@techreport{gap:wolf_ch6_eq615_deduplicated_phases,
  author      = {The {QICLean} contributors},
  title       = {The Phase Index in the Weighted Ces{\`{a}}ro Formula, Wolf Equation (6.15)},
  institution = {QICLean},
  type        = {Paper-gap note},
  number      = {wolf\_ch6\_eq615\_deduplicated\_phases},
  year        = {2026},
  url         = {https://sirui-lu.com/QICLean/paper-gaps/wolf_ch6_eq615_deduplicated_phases.pdf},
}

@techreport{gap:wolf_ch6_lowdim_wielandt_classification,
  author      = {The {QICLean} contributors},
  title       = {Implicit Nilpotent-Space Classification in the Low-Dimensional Quantum Wielandt Corollary},
  institution = {QICLean},
  type        = {Paper-gap note},
  number      = {wolf\_ch6\_lowdim\_wielandt\_classification},
  year        = {2026},
  url         = {https://sirui-lu.com/QICLean/paper-gaps/wolf_ch6_lowdim_wielandt_classification.pdf},
}

@techreport{gap:wolf_ch6_spectral_radius_eigenvalue,
  author      = {The {QICLean} contributors},
  title       = {The Spectral-Radius Identification in Wolf Theorem 6.5},
  institution = {QICLean},
  type        = {Paper-gap note},
  number      = {wolf\_ch6\_spectral\_radius\_eigenvalue},
  year        = {2026},
  url         = {https://sirui-lu.com/QICLean/paper-gaps/wolf_ch6_spectral_radius_eigenvalue.pdf},
}

@techreport{gap:wolf_ch8_birkhoff_doubly_substochastic_gap,
  author      = {The {QICLean} contributors},
  title       = {Wolf Theorem 8.6 --- the Doubly-Substochastic Half of Birkhoff},
  institution = {QICLean},
  type        = {Paper-gap note},
  number      = {wolf\_ch8\_birkhoff\_doubly\_substochastic\_gap},
  year        = {2026},
  url         = {https://sirui-lu.com/QICLean/paper-gaps/wolf_ch8_birkhoff_doubly_substochastic_gap.pdf},
}

@techreport{gap:wolf_ch8_eq_8_103_negative_exponent,
  author      = {The {QICLean} contributors},
  title       = {Wolf Equation (8.103) --- Small-Power Exponent Scope},
  institution = {QICLean},
  type        = {Paper-gap note},
  number      = {wolf\_ch8\_eq\_8\_103\_negative\_exponent},
  year        = {2026},
  url         = {https://sirui-lu.com/QICLean/paper-gaps/wolf_ch8_eq_8_103_negative_exponent.pdf},
}

@techreport{gap:wolf_choi_rectangular_scope,
  author      = {The {QICLean} contributors},
  title       = {The Rectangular Choi--Jamiolkowski Correspondence: Resolution of the Square-Dimensional Scope Restriction},
  institution = {QICLean},
  type        = {Paper-gap note},
  number      = {wolf\_choi\_rectangular\_scope},
  year        = {2026},
  url         = {https://sirui-lu.com/QICLean/paper-gaps/wolf_choi_rectangular_scope.pdf},
}

@techreport{gap:wolf_cor66_kraus_hypothesis_restriction,
  author      = {The {QICLean} contributors},
  title       = {Source-General Projected Support Corner Star-Algebra},
  institution = {QICLean},
  type        = {Paper-gap note},
  number      = {wolf\_cor66\_kraus\_hypothesis\_restriction},
  year        = {2026},
  url         = {https://sirui-lu.com/QICLean/paper-gaps/wolf_cor66_kraus_hypothesis_restriction.pdf},
}

@techreport{gap:wolf_cor67_maximal_support_restriction,
  author      = {The {QICLean} contributors},
  title       = {Wolf Corollary 6.7: Source-General Resolution Record},
  institution = {QICLean},
  type        = {Paper-gap note},
  number      = {wolf\_cor67\_maximal\_support\_restriction},
  year        = {2026},
  url         = {https://sirui-lu.com/QICLean/paper-gaps/wolf_cor67_maximal_support_restriction.pdf},
}

@techreport{gap:wolf_eq8104_shift_norm_one_dimensional,
  author      = {The {QICLean} contributors},
  title       = {Jordan-Block Norm Estimate: the Shift Norm in One Dimension},
  institution = {QICLean},
  type        = {Paper-gap note},
  number      = {wolf\_eq8104\_shift\_norm\_one\_dimensional},
  year        = {2026},
  url         = {https://sirui-lu.com/QICLean/paper-gaps/wolf_eq8104_shift_norm_one_dimensional.pdf},
}

@techreport{gap:wolf_ex3_1_choi_positivity_subcase_scope,
  author      = {The {QICLean} contributors},
  title       = {Resolution of the Choi-Type Positivity Scope (Wolf Example 3.1)},
  institution = {QICLean},
  type        = {Paper-gap note},
  number      = {wolf\_ex3\_1\_choi\_positivity\_subcase\_scope},
  year        = {2026},
  url         = {https://sirui-lu.com/QICLean/paper-gaps/wolf_ex3_1_choi_positivity_subcase_scope.pdf},
}

@techreport{gap:wolf_lecture_notes_errata,
  author      = {The {QICLean} contributors},
  title       = {Formalization-Derived Corrections to Wolf's Quantum Channels \& Operations},
  institution = {QICLean},
  type        = {Paper-gap note},
  number      = {wolf\_lecture\_notes\_errata},
  year        = {2026},
  url         = {https://sirui-lu.com/QICLean/paper-gaps/wolf_lecture_notes_errata.pdf},
}

@techreport{gap:wolf_lemma_3_1_top_index_scope,
  author      = {The {QICLean} contributors},
  title       = {Top-index scope of the maximal-overlap lemma (Wolf Lemma 3.1)},
  institution = {QICLean},
  type        = {Paper-gap note},
  number      = {wolf\_lemma\_3\_1\_top\_index\_scope},
  year        = {2026},
  url         = {https://sirui-lu.com/QICLean/paper-gaps/wolf_lemma_3_1_top_index_scope.pdf},
}

@techreport{gap:wolf_prop16_cp_positivity_commutative_side,
  author      = {The {QICLean} contributors},
  title       = {Wolf Proposition 1.6: Complete Positivity from Positivity, Commutative Side},
  institution = {QICLean},
  type        = {Paper-gap note},
  number      = {wolf\_prop16\_cp\_positivity\_commutative\_side},
  year        = {2026},
  url         = {https://sirui-lu.com/QICLean/paper-gaps/wolf_prop16_cp_positivity_commutative_side.pdf},
}

@techreport{gap:wolf_prop1_5_one_factor_scope,
  author      = {The {QICLean} contributors},
  title       = {Wolf Proposition 1.5: Factor and Coordinate Direct-Sum Scope Restrictions},
  institution = {QICLean},
  type        = {Paper-gap note},
  number      = {wolf\_prop1\_5\_one\_factor\_scope},
  year        = {2026},
  url         = {https://sirui-lu.com/QICLean/paper-gaps/wolf_prop1_5_one_factor_scope.pdf},
}

@techreport{gap:wolf_prop28_square_case,
  author      = {The {QICLean} contributors},
  title       = {The Square-Dimension Restriction in Wolf's Generic Normal Form (restriction resolved 2026-08-04)},
  institution = {QICLean},
  type        = {Paper-gap note},
  number      = {wolf\_prop28\_square\_case},
  year        = {2026},
  url         = {https://sirui-lu.com/QICLean/paper-gaps/wolf_prop28_square_case.pdf},
}

@techreport{gap:wolf_prop2_10_block_truncation_converse,
  author      = {The {QICLean} contributors},
  title       = {The False Converse in Wolf's Pauli-Block Truncation Proposition},
  institution = {QICLean},
  type        = {Paper-gap note},
  number      = {wolf\_prop2\_10\_block\_truncation\_converse},
  year        = {2026},
  url         = {https://sirui-lu.com/QICLean/paper-gaps/wolf_prop2_10_block_truncation_converse.pdf},
}

@techreport{gap:wolf_prop2_11_lorentz_scalar_filtering_gap,
  author      = {The {QICLean} contributors},
  title       = {Scalar Normalization in Wolf's Lorentz Normal Form},
  institution = {QICLean},
  type        = {Paper-gap note},
  number      = {wolf\_prop2\_11\_lorentz\_scalar\_filtering\_gap},
  year        = {2026},
  url         = {https://sirui-lu.com/QICLean/paper-gaps/wolf_prop2_11_lorentz_scalar_filtering_gap.pdf},
}

@techreport{gap:wolf_prop3_1_exact_schmidt_rank_scope,
  author      = {The {QICLean} contributors},
  title       = {Exact-Rank Wording in Wolf's Choi and Witness Criteria},
  institution = {QICLean},
  type        = {Paper-gap note},
  number      = {wolf\_prop3\_1\_exact\_schmidt\_rank\_scope},
  year        = {2026},
  url         = {https://sirui-lu.com/QICLean/paper-gaps/wolf_prop3_1_exact_schmidt_rank_scope.pdf},
}

@techreport{gap:wolf_prop3_5_reverse_implication,
  author      = {The {QICLean} contributors},
  title       = {Wolf's PPT--Indecomposable Existence Equivalence: Resolution of the Reverse Implication},
  institution = {QICLean},
  type        = {Paper-gap note},
  number      = {wolf\_prop3\_5\_reverse\_implication},
  year        = {2026},
  url         = {https://sirui-lu.com/QICLean/paper-gaps/wolf_prop3_5_reverse_implication.pdf},
}

@techreport{gap:wolf_prop61_russo_dye_factor,
  author      = {The {QICLean} contributors},
  title       = {Wolf Proposition 6.1 --- The Russo--Dye Factor},
  institution = {QICLean},
  type        = {Paper-gap note},
  number      = {wolf\_prop61\_russo\_dye\_factor},
  year        = {2026},
  url         = {https://sirui-lu.com/QICLean/paper-gaps/wolf_prop61_russo_dye_factor.pdf},
}

@techreport{gap:wolf_prop62_jordan_blocks,
  author      = {The {QICLean} contributors},
  title       = {Wolf Proposition 6.2 --- Trivial Jordan Blocks for Peripheral Eigenvalues},
  institution = {QICLean},
  type        = {Paper-gap note},
  number      = {wolf\_prop62\_jordan\_blocks},
  year        = {2026},
  url         = {https://sirui-lu.com/QICLean/paper-gaps/wolf_prop62_jordan_blocks.pdf},
}

@techreport{gap:wolf_prop_3_2_schmidt_rank_reading,
  author      = {The {QICLean} contributors},
  title       = {The Schmidt-rank set in the spectral n-positivity criterion (Wolf Prop. 3.2)},
  institution = {QICLean},
  type        = {Paper-gap note},
  number      = {wolf\_prop\_3\_2\_schmidt\_rank\_reading},
  year        = {2026},
  url         = {https://sirui-lu.com/QICLean/paper-gaps/wolf_prop_3_2_schmidt_rank_reading.pdf},
}

@techreport{gap:wolf_prop_3_2_top_index_scope,
  author      = {The {QICLean} contributors},
  title       = {Top-index scope of the spectral n-positivity criterion (Wolf Prop. 3.2)},
  institution = {QICLean},
  type        = {Paper-gap note},
  number      = {wolf\_prop\_3\_2\_top\_index\_scope},
  year        = {2026},
  url         = {https://sirui-lu.com/QICLean/paper-gaps/wolf_prop_3_2_top_index_scope.pdf},
}

@techreport{gap:wolf_radon_nikodym_nonempty_family,
  author      = {The {QICLean} contributors},
  title       = {The nonempty-family condition in Wolf's Radon--Nikodym theorem},
  institution = {QICLean},
  type        = {Paper-gap note},
  number      = {wolf\_radon\_nikodym\_nonempty\_family},
  year        = {2026},
  url         = {https://sirui-lu.com/QICLean/paper-gaps/wolf_radon_nikodym_nonempty_family.pdf},
}

@techreport{gap:wolf_reduction_criterion_schmidt_premise,
  author      = {The {QICLean} contributors},
  title       = {Schmidt-number premise of Wolf's reduction criterion (Wolf eq. (3.18))},
  institution = {QICLean},
  type        = {Paper-gap note},
  number      = {wolf\_reduction\_criterion\_schmidt\_premise},
  year        = {2026},
  url         = {https://sirui-lu.com/QICLean/paper-gaps/wolf_reduction_criterion_schmidt_premise.pdf},
}

@techreport{gap:wolf_schur_complement_tfae,
  author      = {The {QICLean} contributors},
  title       = {Schur Complement TFAE --- Missing Left-Support Condition},
  institution = {QICLean},
  type        = {Paper-gap note},
  number      = {wolf\_schur\_complement\_tfae},
  year        = {2026},
  url         = {https://sirui-lu.com/QICLean/paper-gaps/wolf_schur_complement_tfae.pdf},
}

@techreport{gap:wolf_sic_povm_linear_independence,
  author      = {The {QICLean} contributors},
  title       = {SIC--POVM Equality Families: the One-Dimensional Degeneracy},
  institution = {QICLean},
  type        = {Paper-gap note},
  number      = {wolf\_sic\_povm\_linear\_independence},
  year        = {2026},
  url         = {https://sirui-lu.com/QICLean/paper-gaps/wolf_sic_povm_linear_independence.pdf},
}

@techreport{gap:wolf_slater_attainment_conditions,
  author      = {The {QICLean} contributors},
  title       = {Slater Strong Duality: Finiteness Conditions for Attainment},
  institution = {QICLean},
  type        = {Paper-gap note},
  number      = {wolf\_slater\_attainment\_conditions},
  year        = {2026},
  url         = {https://sirui-lu.com/QICLean/paper-gaps/wolf_slater_attainment_conditions.pdf},
}

@techreport{gap:wolf_t_eta_top_index_scope,
  author      = {The {QICLean} contributors},
  title       = {Top Schmidt-rank index in the n-positivity threshold of T\_{\ensuremath{\eta}} (Wolf Chapter 3)},
  institution = {QICLean},
  type        = {Paper-gap note},
  number      = {wolf\_t\_eta\_top\_index\_scope},
  year        = {2026},
  url         = {https://sirui-lu.com/QICLean/paper-gaps/wolf_t_eta_top_index_scope.pdf},
}

@techreport{gap:wolf_theorem6_14_fixed_point_projection_gap,
  author      = {The {QICLean} contributors},
  title       = {Wolf Theorem 6.14: Fixed-Point Classification Completion Record},
  institution = {QICLean},
  type        = {Paper-gap note},
  number      = {wolf\_theorem6\_14\_fixed\_point\_projection\_gap},
  year        = {2026},
  url         = {https://sirui-lu.com/QICLean/paper-gaps/wolf_theorem6_14_fixed_point_projection_gap.pdf},
}

@techreport{gap:wolf_theorem6_16_schwarz_orientation,
  author      = {The {QICLean} contributors},
  title       = {Wolf Theorem 6.16: The Two Schwarz Orientations in the Printed Proof},
  institution = {QICLean},
  type        = {Paper-gap note},
  number      = {wolf\_theorem6\_16\_schwarz\_orientation},
  year        = {2026},
  url         = {https://sirui-lu.com/QICLean/paper-gaps/wolf_theorem6_16_schwarz_orientation.pdf},
}

@techreport{gap:wolf_thm6_12_abstract_schwarz_fixed_points,
  author      = {The {QICLean} contributors},
  title       = {The Abstract Schwarz-Map Hypotheses in Wolf Theorem 6.12},
  institution = {QICLean},
  type        = {Paper-gap note},
  number      = {wolf\_thm6\_12\_abstract\_schwarz\_fixed\_points},
  year        = {2026},
  url         = {https://sirui-lu.com/QICLean/paper-gaps/wolf_thm6_12_abstract_schwarz_fixed_points.pdf},
}

@techreport{gap:wolf_thm6_3_positive_map_cp_scope,
  author      = {The {QICLean} contributors},
  title       = {Wolf Theorem 6.3: Positive-Map Scope and Boundary Corrections},
  institution = {QICLean},
  type        = {Paper-gap note},
  number      = {wolf\_thm6\_3\_positive\_map\_cp\_scope},
  year        = {2026},
  url         = {https://sirui-lu.com/QICLean/paper-gaps/wolf_thm6_3_positive_map_cp_scope.pdf},
}

@techreport{gap:wolf_thm6_6_kraus_scope,
  author      = {The {QICLean} contributors},
  title       = {Complete-Positivity Scope of the Peripheral Cyclicity Theorem},
  institution = {QICLean},
  type        = {Paper-gap note},
  number      = {wolf\_thm6\_6\_kraus\_scope},
  year        = {2026},
  url         = {https://sirui-lu.com/QICLean/paper-gaps/wolf_thm6_6_kraus_scope.pdf},
}

@techreport{gap:wolf_thm823_jordan_scaling_qualifications,
  author      = {The {QICLean} contributors},
  title       = {Wolf Theorem ``Asymptotic Convergence I'' --- Jordan-Scaling Qualifications},
  institution = {QICLean},
  type        = {Paper-gap note},
  number      = {wolf\_thm823\_jordan\_scaling\_qualifications},
  year        = {2026},
  url         = {https://sirui-lu.com/QICLean/paper-gaps/wolf_thm823_jordan_scaling_qualifications.pdf},
}

@techreport{gap:yamagami93_lemma6_endpoint,
  author      = {The {QICLean} contributors},
  title       = {Yamagami Lemma 6: The Strict-Disk Endpoint at Stride One},
  institution = {QICLean},
  type        = {Paper-gap note},
  number      = {yamagami93\_lemma6\_endpoint},
  year        = {2026},
  url         = {https://sirui-lu.com/QICLean/paper-gaps/yamagami93_lemma6_endpoint.pdf},
}

@techreport{gap:yamagami93_simultaneous_singularity_boundary,
  author      = {The {QICLean} contributors},
  title       = {Yamagami's Simultaneous-Singularity Boundary Count},
  institution = {QICLean},
  type        = {Paper-gap note},
  number      = {yamagami93\_simultaneous\_singularity\_boundary},
  year        = {2026},
  url         = {https://sirui-lu.com/QICLean/paper-gaps/yamagami93_simultaneous_singularity_boundary.pdf},
}