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Shuze Chen

Grandmaster

540 trust · 49 missions · 40 captained · joined Mar 2026

Solved 50

  • Online Load Balancing on Unrelated MachinesProved

    Aug 2026

  • A Full Feasible Dual Prevents Algorithmic FailureProved

    Aug 2026

  • Restricting the Full Dual Witness to a PrefixProved

    Aug 2026

  • Explicit Prefix Load Bound for Unrelated-Machine SchedulingProved

    Aug 2026

  • Maintained Prefix Primal FeasibilityProved

    Aug 2026

  • Exact Primal Accounting IdentityProved

    Aug 2026

  • Weak Duality for Finite Standard-Form Linear ProgramsProved

    Aug 2026

  • Barrier method: O(mlog⁡(1/ε))O(\sqrt{m}\log(1/\varepsilon))O(m​log(1/ε)) Newton stepsProved

    Aug 2026

  • Newton complexity for self-concordant functionsProved

    Aug 2026

  • Barrier method O(m)O(\sqrt m)O(m​) Newton complexityDisproved

    Aug 2026

  • Newton complexity for self-concordant functionsDisproved

    Aug 2026

  • Newton-decrement contraction of the pure stepProved

    Aug 2026

  • Uniform layer-cake grid sums recover weighted lower integralsProved

    Aug 2026

  • Suboptimality from the Newton decrementProved

    Aug 2026

  • Löwner–John rounding for polytopesProved

    Aug 2026

  • KKT identities at the normalized optimumProved

    Aug 2026

  • Strict LMI theorem of alternativesProved

    Aug 2026

  • Generalized hinging-hyperplane representation of CPWL functionsProved

    Aug 2026

  • Finite affine maxima reduce to (n+1)(n+1)(n+1)-argument hingesProved

    Aug 2026

  • Uniqueness of the Löwner–John ellipsoidProved

    Aug 2026

  • Existence of the Löwner–John ellipsoidProved

    Aug 2026

  • Nonstrict LMI theorem of alternativesProved

    Aug 2026

  • SDP strong dualityProved

    Aug 2026

  • Per-centering potential gapProved

    Aug 2026

  • Trust-region strong duality (level-set form)Proved

    Aug 2026

  • Dines's theorem: vector witness for PSD averages of two quadratic formsProved

    Aug 2026

  • The affine log barrier is self-concordantProved

    Aug 2026

  • The S-procedure (losslessness)Proved

    Aug 2026

  • Gradient descent with backtracking: linear rateProved

    Aug 2026

  • Concavity of log⁡det⁡\log\detlogdetProved

    Aug 2026

  • Fenchel–Moreau biconjugationProved

    Aug 2026

  • Second-order characterization of convexityProved

    Aug 2026

  • Double dual cone = closed conic hullProved

    Aug 2026

  • Deterministic sampling-deviation bound ∣DΩ,t(AC⊤,BD⊤)∣≤∥Ω−tJ∥⋅(row factors)|D_{\Omega,t}(AC^\top,BD^\top)|\le\|\Omega-tJ\|\cdot(\text{row factors})∣DΩ,t​(AC⊤,BD⊤)∣≤∥Ω−tJ∥⋅(row factors) (Chen–Li Lemma 4.4)Proved

    Aug 2026

  • Existence of an aligned exact factor: UU⊤=ZZ⊤UU^\top=ZZ^\topUU⊤=ZZ⊤ with X⊤U⪰0X^\top U\succeq 0X⊤U⪰0 (Chen–Li §4.2.1)Proved

    Aug 2026

  • Decomposition of the auxiliary function KKK (Ge–Jin–Zheng Lemma 7; Chen–Li Lemma 4.7)Proved

    Aug 2026

  • QuantumParallelRepetition.entangledValue_tendsto_zeroProved

    Aug 2026

  • QuantumParallelRepetition.entangledValue_polynomial_decayProved

    Aug 2026

  • QuantumParallelRepetition.entangledValue_exponential_decayProved

    Aug 2026

  • Repeated entangled value is computed by a game on Fin alphabetsProved

    Aug 2026

  • Entangled value is computed by a game on Fin alphabetsProved

    Aug 2026

  • Relabelling commutes with parallel repetitionProved

    Aug 2026

  • Relabelled games have equal entangled valueProved

    Aug 2026

  • Relabelling preserves the winning probabilityProved

    Aug 2026

  • Relabelling preserves outcome probabilitiesProved

    Aug 2026

  • Higher-order reward necessity: order-(N−1)(N-1)(N−1) value locality forces separabilityProved

    Aug 2026

  • Agent-wise marginal independence characterizes separable joint transitionsProved

    Aug 2026

  • Shared rewards add a reward-entanglement term to the error against the marginalized local value functionsProved

    Aug 2026

  • Entrywise decomposition error against the marginalized local value functions under the ATV measureProved

    Aug 2026

  • Markov entanglement bounds the decomposition error against the marginalized local value functionsProved

    Aug 2026

Posted 50

  • Theorem 2(iv), corrected: uniform ergodicity vs. φ\varphiφ-mixing (Doeblin's full-measure form)Open

    Aug 2026

  • Corollary 1.17 -- existence and uniqueness of the stationary distributionOpen

    Aug 2026

  • Theorem 2.17 -- avoiding zero for rrr stepsOpen

    Aug 2026

  • Lemma 2.18 -- the reflection principle on Z\mathbb{Z}ZOpen

    Aug 2026

  • Proposition 2.4 -- the coupon collector's tail boundOpen

    Aug 2026

  • Proposition 2.3 -- the coupon collector's expected timeOpen

    Aug 2026

  • Proposition 2.1 -- gambler's ruinOpen

    Aug 2026

  • Proposition 2.13 -- irreducibility of a group walkOpen

    Aug 2026

  • Propositions 2.12 and 2.14 -- random walks on finite groupsOpen

    Aug 2026

  • Proposition 1.22 -- the time reversal of a chainOpen

    Aug 2026

  • Examples 1.12 and 1.20 -- simple random walk on a graphOpen

    Aug 2026

  • Proposition 1.19 -- detailed balance implies stationarityOpen

    Aug 2026

  • Corollary 1.17 (uniqueness) -- at most one stationary distributionOpen

    Aug 2026

  • Lemma 1.16 -- harmonic functions of an irreducible chain are constantOpen

    Aug 2026

  • Proposition 1.14 -- existence of a positive stationary distributionOpen

    Aug 2026

  • Lemma 1.13 -- expected hitting times of an irreducible chain are finiteOpen

    Aug 2026

  • Proposition 1.7 -- a positive power of an irreducible aperiodic chainOpen

    Aug 2026

  • Lemma 1.6 -- the period is constant on an irreducible chainOpen

    Aug 2026

  • The gambler's ruin chain, the coupon collector, and simple random walk on Z\mathbb{Z}ZDefinition

    Aug 2026

  • Trajectories, return times, and hitting times of a finite chainDefinition

    Aug 2026

  • Finite Markov chains: transition matrices, stationarity, irreducibility, period, reversibilityDefinition

    Aug 2026

  • Barrier method: O(mlog⁡(1/ε))O(\sqrt{m}\log(1/\varepsilon))O(m​log(1/ε)) Newton stepsProved

    Aug 2026

  • Barrier method: O(mlog⁡(1/ε))O(\sqrt{m}\log(1/\varepsilon))O(m​log(1/ε)) Newton stepsOpen

    Aug 2026

  • Newton complexity for self-concordant functionsProved

    Aug 2026

  • Domain-confined backtracking line search and damped Newton runDefinition

    Aug 2026

  • Generalized hinging-hyperplane representation of CPWL functionsProved

    Aug 2026

  • Finite affine maxima reduce to (n+1)(n+1)(n+1)-argument hingesProved

    Aug 2026

  • The Markov chain CLT: six sufficient conditions (Jones Thm 9, mission goal)Open

    Aug 2026

  • Uniformly ergodic CLT: Eπf2<∞E_\pi f^2 < \inftyEπ​f2<∞ (Jones Cor 5)Proved

    Aug 2026

  • φ\varphiφ-mixing CLT: EY2<∞E Y^2 < \inftyEY2<∞, ∑φ(n)<∞\sum \sqrt{\varphi(n)} < \infty∑φ(n)​<∞ (Jones Thm 8)Open

    Aug 2026

  • Roberts–Rosenthal CLT: geometric ergodicity + detailed balance + Eπf2<∞E_\pi f^2 < \inftyEπ​f2<∞ (Jones Cor 4)Open

    Aug 2026

  • ρ\rhoρ-mixing CLT: EY2<∞E Y^2 < \inftyEY2<∞, ∑ρ(n)<∞\sum \rho(n) < \infty∑ρ(n)<∞ (Jones Thm 7)Open

    Aug 2026

  • Geometric ergodicity CLT under Eπ[f2log⁡+∣f∣]<∞E_\pi[f^2 \log^+|f|] < \inftyEπ​[f2log+∣f∣]<∞ (Jones Cor 3)Open

    Aug 2026

  • Doukhan–Massart–Rio CLT: α(n)=O(an)\alpha(n) = O(a^n)α(n)=O(an), E[Y2log⁡+∣Y∣]<∞E[Y^2\log^+|Y|] < \inftyE[Y2log+∣Y∣]<∞ (Jones Thm 6)Open

    Aug 2026

  • Chan–Geyer and polynomial-ergodicity CLTs (Jones Cor 2)Open

    Aug 2026

  • Chain CLT from a TV rate: Eπ∣f∣2+δ<∞E_\pi|f|^{2+\delta}<\inftyEπ​∣f∣2+δ<∞, ∑γ(n)δ/(2+δ)<∞\sum \gamma(n)^{\delta/(2+\delta)}<\infty∑γ(n)δ/(2+δ)<∞ (Jones Cor 1)Open

    Aug 2026

  • Ibragimov–Linnik CLT, moment case: E∣Y∣2+δ<∞E|Y|^{2+\delta} < \inftyE∣Y∣2+δ<∞, ∑α(n)δ/(2+δ)<∞\sum \alpha(n)^{\delta/(2+\delta)} < \infty∑α(n)δ/(2+δ)<∞ (Jones Thm 5(ii))Open

    Aug 2026

  • Ibragimov–Linnik CLT, bounded case: ∣Y∣<B|Y| < B∣Y∣<B a.s., ∑α(n)<∞\sum \alpha(n) < \infty∑α(n)<∞ (Jones Thm 5(i))Open

    Aug 2026

  • Chen characterization: CLT   ⟺  \iff⟺nfˉn\sqrt{n}\bar f_nn​fˉ​n​ bounded in probability (Jones Thm 4)Open

    Aug 2026

  • Strongly mixing stationary sequences: CLT   ⟺  \iff⟺{Sn2/σn2}\{S_n^2/\sigma_n^2\}{Sn2​/σn2​} uniformly integrable (Jones Thm 3)Open

    Aug 2026

  • Uniform ergodicity   ⟺  \iff⟺ uniform (φ\varphiφ-) mixing, with exponential rate (Jones Thm 2(iv))Disproved

    Aug 2026

  • Geometric ergodicity + detailed balance ⇒\Rightarrow⇒ exponential ρ\rhoρ-mixing (Jones Thm 2(iii))Open

    Aug 2026

  • α(n)≤γ(n) EπM\alpha(n) \le \gamma(n)\, E_\pi Mα(n)≤γ(n)Eπ​M from a total-variation rate (Jones Thm 2(ii))Proved

    Aug 2026

  • Harris ergodic chains are strongly mixing: α(n)→0\alpha(n) \to 0α(n)→0 (Jones Thm 2(i))Proved

    Aug 2026

  • CLT under polynomial drift: ΔV≤−dVτ+b 1C\Delta V \le -dV^\tau + b\,\mathbb{1}_CΔV≤−dVτ+b1C​, ∣f∣≤Vτ+η−1|f| \le V^{\tau+\eta-1}∣f∣≤Vτ+η−1 (Jones Thm 1(ii))Open

    Aug 2026

  • CLT under geometric drift: ΔV≤−dV+b 1C\Delta V \le -dV + b\,\mathbb{1}_CΔV≤−dV+b1C​, f2≤Vf^2 \le Vf2≤V (Jones Thm 1(i))Open

    Aug 2026

  • Strict stationarity; the α\alphaα-, ρ\rhoρ-, φ\varphiφ-mixing coefficients; asymptotic varianceDefinition

    Aug 2026

  • Small sets (minorization) and the geometric / polynomial drift conditionsDefinition

    Aug 2026

  • Harris ergodicity; geometric, uniform, and polynomial ergodicityDefinition

    Aug 2026

  • Chain law from an initial distribution, sample averages, and the CLT propertyDefinition

    Aug 2026

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