QETLAB (Quantum Entanglement Theory LABoratory) is a MATLAB toolbox for exploring quantum entanglement theory. While there are many quantum information theory toolboxes that allow the user to perform basic operations such as the partial transposition, new tests are constantly discovered. The goal of QETLAB is to remain up-to-date and contain an ever-growing catalogue of separability criteria, positive maps, and related functions of interest. Furthermore, QETLAB is designed to work well both with full matrices and with large sparse matrices, and makes use of many advanced techniques based on semidefinite programming.

References in zbMATH (referenced in 64 articles , 1 standard article )

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  1. Bej, Pratapaditya; Halder, Saronath: Unextendible product bases, bound entangled states, and the range criterion (2021)
  2. Leung, Debbie; Winter, Andreas; Yu, Nengkun: LOCC protocols with bounded width per round optimize convex functions (2021)
  3. Levick, Jeremy; Rahaman, Mizanur: Positively factorizable maps (2021)
  4. Müller-Hermes, Alexander: Decomposable Pauli diagonal maps and tensor squares of qubit maps (2021)
  5. Tao, Yuan-Hong; Yong, Xin-Lei; Han, Yi-Fan; Wu, Shu-Hui; Wang, Cai-Hong: Mutually unbiased property of special entangled bases (2021)
  6. Wang, Kai; Chen, Lin; Shen, Yi; Sun, Yize; Zhao, Li-Jun: Constructing (2 \times2 \times4) and (4 \times4) unextendible product bases and positive-partial-transpose entangled states (2021)
  7. Yang, Jing; Yang, Lu-lu; Huang, Yan-xia: The evolution of quantum discord and entanglement in the XXZ Heisenberg spin chain under Ornstein-Uhlenbeck noise (2021)
  8. Yoshida, Yuuya: Maximum dimension of subspaces with no product basis (2021)
  9. Avron, J.; Kenneth, O.: An elementary introduction to the geometry of quantum states with pictures (2020)
  10. Choi, Jinwon; Kiem, Young-Hoon; Kye, Seung-Hyeok: Entangled edge states of corank one with positive partial transposes (2020)
  11. Filippov, Sergeĭ N.: Quantum mappings and characterization of entangled quantum states (2019)
  12. Halder, Saronath; Sengupta, Ritabrata: Construction of noisy bound entangled states and the range criterion (2019)
  13. Anticoli, Linda; Ghahi, Masoud Gharahi: Modeling tripartite entanglement in quantum protocols using evolving entangled hypergraphs (2018)
  14. Arunachalam, Srinivasan; Molina, Abel; Russo, Vincent: Quantum hedging in two-round prover-verifier interactions (2018)
  15. Chen, Lin; Đoković, Dragomir Ž: Multiqubit UPB: the method of formally orthogonal matrices (2018)
  16. Chen, Lin; Đoković, Dragomir Ž.: Nonexistence of (n)-qubit unextendible product bases of size (2^n-5) (2018)
  17. Di Martino, Sara; Facchi, Paolo; Florio, Giuseppe: Feynman graphs and the large dimensional limit of multipartite entanglement (2018)
  18. Han, Yi-Fan; Zhang, Gui-Jun; Yong, Xin-Lei; Xu, Ling-Shan; Tao, Yuan-Hong: Mutually unbiased special entangled bases with Schmidt number 2 in (\mathbbC^3 \otimes\mathbbC^4k) (2018)
  19. Liu, Feng: A proof for the existence of nonsquare unextendible maximally entangled bases (2018)
  20. Sazim, Sk; Awasthi, Natasha: Binegativity of two qubits under noise (2018)

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