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[challenge]: Numerical computation of anyon correlators from PEPS
acceptedAccepted challenge idea.Accepted challenge idea.challengeChallenge problem lead to scientific research output.Challenge problem lead to scientific research output.Status: Open.#50 In QuantumBFS/quantum.harness;[challenge]: Certifying ground-state properties of quantum 1/2-spin systems via the coarse-grained NPA hierarchy
acceptedAccepted challenge idea.Accepted challenge idea.challengeChallenge problem lead to scientific research output.Challenge problem lead to scientific research output.Status: Open.#49 In QuantumBFS/quantum.harness;[challenge]: Exact diagonalization benchmark for interacting Thouless pumps
acceptedAccepted challenge idea.Accepted challenge idea.challengeChallenge problem lead to scientific research output.Challenge problem lead to scientific research output.Status: Open.#36 In QuantumBFS/quantum.harness;[challenge]: 寻找下一代电声相互作用的微观理论与第一性原理方法
acceptedAccepted challenge idea.Accepted challenge idea.challengeChallenge problem lead to scientific research output.Challenge problem lead to scientific research output.Status: Open.#35 In QuantumBFS/quantum.harness;[challenge]: Exact contraction of the tensor network representation of the N-queens problem
acceptedAccepted challenge idea.Accepted challenge idea.challengeChallenge problem lead to scientific research output.Challenge problem lead to scientific research output.Status: Open.#34 In QuantumBFS/quantum.harness;[challenge]: Extreme-efficiency VQE numerical simulation
acceptedAccepted challenge idea.Accepted challenge idea.challengeChallenge problem lead to scientific research output.Challenge problem lead to scientific research output.Status: Open.#33 In QuantumBFS/quantum.harness;[challenge]: Use neural network to represent renormalized Hamiltonians for classical spin systems
acceptedAccepted challenge idea.Accepted challenge idea.challengeChallenge problem lead to scientific research output.Challenge problem lead to scientific research output.Status: Open.#28 In QuantumBFS/quantum.harness;[challenge]: Symmetric neural-network ansatz for the chiral graviton in ν = 1/3 fractional quantum Hall state
acceptedAccepted challenge idea.Accepted challenge idea.challengeChallenge problem lead to scientific research output.Challenge problem lead to scientific research output.Status: Open.#15 In QuantumBFS/quantum.harness;