I recently finished a JSPS postdoctoral fellowship at The University of Tokyo with François Le Gall.
I recently finished a JSPS postdoctoral fellowship at The University of Tokyo with François Le Gall.Tags: Summary Response Essay FormatMoney EssayEspn Sports Dream EssayFreud The Uncanny Essay CitationSymbolism In The Yellow Wallpaper EssayAlberta English Diploma Essay QuestionsPresent Business PlanLimousine Service Business Plan
Added a near optimal bound (up to additive factors) for the expected communication cost of the main task.
Section 5 contains the result from ar Xiv:1506.06380 . Main result changed from NLTS to a different theorem which we call NLETS, due to a bug in the corresponding theorem of the previous version.
This thesis contributes two new, purely quantum, tools to quantum information theory--coherent classical communication in the first half and an efficient quantum circuit for the Schur transform in the second half. Chapters 1 and 4 are a slightly older version of quant-ph/0512015.
Chapter 2 is quant-ph/0205057 plus unpublished extensions (slightly outdated by quant-ph/0511219) and chapter 3 is quant-ph/0307091, quant-ph/0412126 and change.
The construction and techniques are the same, with some additions v1: 52 pages.
v2: 53 pages, fixed small bugs in proofs of section 6 (on UG integrality gaps) and section 7 (on 2->4 norm of random matrices).Chapters 5-8 are based on quant-ph/0407082, but go much further The web address for this page and the ar Xiv author id for Aram Harrow is There is also an Atom feed available from (authors combined, best for most current feed readers), and in separate atom:author elements).Semidefinite programs (SDPs) are a framework for exact or approximate optimization with widespread application in quantum information theory.We introduce a new method for using reductions to construct integrality gaps for SDPs, meaning instances where the SDP value is far from the true optimum.Dry with Applications to Pulmonary Disease Assessment Probability Type Inference for Flexible Approximate Programming Brett Boston, supervised by Dan Grossman TR15-02: PDFTleilax: Porting Tor to Arrakis Sunjay Cauligi, supervised by Tom Anderson TR15-03: PDFEKG Monitoring and Arrhythmia Detection Amaris Chen, supervised by Bruce Hemingway TR15-04: PDFAutomated Analysis of Paper-Based Immunoassay Tests Krittika D'Silva, supervised by Gaetano Borriello & Paul Yager TR15-05: PDF The Wisdom of Multiple Guesses Ryan Drapeau, supervised by Johan Ugander and Carlos Guestrin TR15-06: PDFExtending Streaming Features for Myria Yuqing Guo, supervised by Magdalena Balazinska TR15-07: PDFTabletop Manipulation Dylan Holmes, supervised by Emanuel Todorov TR15-08: PDFPeer-to-peer Data Transfer in Resource Constrained Environments Shahar Levari, supervised by Gaetano Borriello & Richard Anderson TR15-09: PDFOBA Research & Development Aengus Mc Millin, supervised by Alan Borning TR15-10: PDFA Web Based Tool for Labeling the 3D World Aaron Nech, supervised by Steve Seitz & Richard Newcombe TR15-11: PDFTalk Space: Developing the Online Salon Karthik Palaniappan, supervised by Alan Borning TR15-12: PDFIdentification of Unstructured Language Indicating Multiple Objects Vivek Paramasivam, supervised by Luke Zettlemoyer TR15-13: PDFDistributed Sampling in a Big Data Management System Dan Radion, supervised by Dan Suciu TR15-14: PDFAlgebraic Simplification for the Herbie Project Alex Sanchez-Stern, supervised by Zachary Tatlock TR15-15: PDFUnderstanding Charts in Research Papers: A Learning Approach Noah Siegel, supervised by Ali Farhadi TR15-16: PDFLeague Speak: The Language of Skill in Leage of Legends King O. I am a computer scientist with research interests in algorithms (both classical and quantum), isomorphism problems, algebraic problems, alternate oracle models, query complexity, state preparation, symmetrization and quantum circuits.Mehraban Saeed, "Computational Complexity of Some Quantum Theories in 1 1 Dimensions", Masters Thesis [ar Xiv, Thesis]Teaching experience:1.(MIT) 6.443J Quantum information science, Teaching Assistant, Spring 20182.v3 and v4 each make small improvements to the presentation and add references. Despite the similar title, contains different results from ar Xiv:0906.2527. V2: Includes significantly revised proof of Theorem 27.V3: Includes expanded explanation of some of the technical details 7 pages, revtex4; v2 added correct ref.