Noncommutative Analysis, Computational Complexity, and Quantum Information

Noncommutative Analysis, Computational Complexity, and Quantum Information

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Rafael Oliveira | Invariant theory, noncommutative optimization and applications Pt. II

2 of 12

2 of 12

Rafael Oliveira | Invariant theory, noncommutative optimization and applications Pt. II

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Noncommutative Analysis, Computational Complexity, and Quantum Information

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  1. 1 Ankit Garg | Invariant theory, noncommutative optimization and applications Pt. I
  2. 2 Rafael Oliveira | Invariant theory, noncommutative optimization and applications Pt. II
  3. 3 Aram Harrow | Sum-of-squares hierarchies and quantum information
  4. 4 Boaz Barak | The Bayesian view of optimization and the quantum separability problem
  5. 5 Vern Paulsen | Algebras and Synchronous Games
  6. 6 Ion Nechita | Compatibility of quantum measurements and inclusion of free spectrahedra
  7. 7 Jason Altschuler | Simple, practical, nearly-optimal algorithms for matrix scaling
  8. 8 David Gosset | Approximation algorithms for quantum many-body problems
  9. 9 Suvrit Sra | Some non-convex optimization problems through a geometric lens
  10. 10 Jurij Volčič | Matricial singularities of noncommutative polynomials
  11. 11 Salma Kuhlmann | Fields of Generalized Power Series
  12. 12 Victor Vinnikov | Germs of nc analytic functions at a matrix point

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