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- QMA/Qpoly ⊆ PSPACE/Poly : De-Merlinizing Quantum Protocols
- Why Quantum Information Processing
- NMR Quantum Information Processing
- Quantum Complexity Theory
- On Applications of the Equilibrium Value Method
- Entanglement in Quantum Proofs
- On Quantum Interactive Proofs with Short Messages
- 6.845 Quantum Complexity Theory, Lecture 18
- Scott Aaronson
- 6.845 Quantum Complexity Theory, Lecture 17
- Quantum Information Processing — Draft
- Quantum Interactive Proofs with M Messages
- Quantum Information Processing Landscape 2020: Prospects for UK Defence and Security
- Lecture 26: QIP and QMIP 1 Introduction 2 Definition Of
- Computational Complexity
- The Space Above
- Quantum Interactive Proofs and QIP=PSPACE
- Basics of Quantum Complexity
- Universal Blind Quantum Computation
- Quantum Supremacy and the Complexity of Random Circuit
- Quantum Information Processing
- L4 Complexity Theory I
- The Complexity and Verification of Quantum Random Circuit Sampling
- The Complexity of Quantum Sampling Problems
- Cryogenic Electronics and Quantum Information Processing
- Irfan Siddiqi Physics Department & Lawrence Berkeley National Laboratory University of California, Berkeley
- Arxiv:2003.14170V1 [Quant-Ph] 31 Mar 2020 Asnmes 36.G 25.V 85.25.Cp 42.50.Dv, 03.67.Bg, Numbers: PACS Array
- Quantum Information Processing and Communication: Strategic Report on Current Status, Visions and Goals for Research in Europe
- On the Complexity and Verification of Random Circuit Sampling Chinmay Nirkhe [email protected] Joint Work With
- User's Guide for Complexity:Al ATEX Package, Version 0.81A
- Arxiv:Quant-Ph/0009026 V3 22 Feb 2001 E,Orshm Losfradrc Eto Elsieult in Inequality Bell’S of Shall Test Direct We a As for Allows Scheme Our Wires)
- PDQP/Qpoly = ALL, Where ALL Is the Set of All Languages L 0, 1 ∗ (Including the Halting Problem and Other Noncomputable Languages)
- Trapped Ion Quantum Bits
- QIP 2017 | Day 1 | Monday, January 16
- Cryptography from NP-Hardness
- Arbitrary Control of 2-Qubits (Universal 2-Qubit QIP) X X Phase-Insensitive 2-Qubit Gate D
- Pseudorandom Generators and the BQP Vs PH Problem Bill Fefferman (IQI, Caltech) Joint with Chris Umans
- Quantum Interactive Proof Systems Uses Somewhat Different Techniques
- Quantum Complexity 1 / 52
- A Complete Characterization of Unitary Quantum Space∗†‡
- Quantum Information Processing with Trapped Ions
- Thesis Format
- Lithium Quantum Consciousness
- Quantum Interactive Proofs and Semidefinite Programming
- How to Build a Device That Cannot Be Built
- Course Information – EGRE 307 Integrated Electronic Circuits
- Quantum Image Representation Through Two-Dimensional Quantum States and Normalized Amplitude Madhur Srivastava, Member, IEEE, Subhayan Roy-Moulick, and Prasanta K
- Arxiv:1706.04422V2 [Quant-Ph] 9 Feb 2018 1/(2T1)+1/T2
- Introduction to Quantum Complexity Theory
- Quantum Cryptography: Key Distribution and Beyond
- Classical Boson Sampling Algorithms and the Outlook for Experimental Boson Sampling A
- Requirements for Scaleable QIP
- Towards Perfect Completeness in QMA
- Arbitrary Control of 2-Qubits (Universal 2-Qubit QIP) Scalable Quantum
- Entanglement Protection in Higher-Dimensional Systems