Lecture 27, Thurs April 27: Quantum Error Correction At the end of the last lecture, we discussed some of the difficulties with achieving a quantum speedup using currently available quantum computing devices, like D-Wave

Source URL: www.scottaaronson.com

• Quantum information science
• Theoretical computer science
• Quantum mechanics
• Quantum computing
• Quantum error correction
• Qubit
• Quantum circuit
• Stabilizer code
• Quantum threshold theorem
• Superdense coding
• Quantum logic gate
• Superconducting quantum computing

Lecture 17, Thurs March 23: Quantum Query Complexity, Deutsch-Jozsa People often want to know where the true power of quantum computing comes from. ● Is it the ability of amplitudes to interfere with one another? ● I

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• Theoretical computer science
• Quantum information science
• Quantum mechanics
• Quantum computing
• Models of computation
• Emerging technologies
• Quantum algorithm
• DeutschJozsa algorithm
• Quantum circuit
• Decision tree model
• Qubit
• Toffoli gate

Lecture 16, Tues March 21: Quantum Computing, Universal Gate Sets Guest Lecture by Tom Wong Having seen lots of quantum protocols, we’re finally ready to tackle the holy grail of the field: a programmable quantum compu

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• Quantum information science
• Theoretical computer science
• Quantum mechanics
• Quantum logic gate
• Quantum circuit
• Toffoli gate
• Qubit
• Quantum computing
• Controlled NOT gate
• Quantum error correction
• Quantum teleportation
• GottesmanKnill theorem

Lecture 29, Thurs May 4: Experimental Realizations of QC In this course, we’ve had 28 lectures about the theory of quantum computing and information. So it behooves us to take one lecture to survey the current state of

Source URL: www.scottaaronson.com

• Quantum information science
• Theoretical computer science
• Quantum mechanics
• Quantum computing
• Superconducting quantum computing
• Qubit
• Quantum simulator
• Quantum teleportation
• Quantum algorithm
• Trapped ion quantum computer
• Quantum supremacy
• D-Wave Systems

Practical Post-Quantum Cryptography for Trusted Computing Matthias J. Kannwischer, PhD Student Workshop on Trusted Computing and its Applications 25 January 2018

Source URL: kannwischer.eu

• Cryptography
• Post-quantum cryptography
• Trusted Computing
• Public-key cryptography
• Quantum cryptography
• Key size
• Advanced Encryption Standard process

Advanced Quantum Computing Lecture 3 Andr´e Chailloux Inria, Paris

Source URL: who.rocq.inria.fr

Syntax-Directed Variational Autoencoder for Molecule Generation Hanjun Dai1* , Yingtao Tian2* , Bo Dai1 , Steven Skiena2 , Le Song1 1 College of Computing, Georgia Institute of Technology 2

Source URL: www.quantum-machine.org

Quantum Physics Meets Distributed Computing No one can doubt, that in the near future, our lives will be changed by a number of exciting scientific progresses. The quantum computer could be such a major invention. Using

Source URL: www.tik.ee.ethz.ch

Rewriting measurement-based quantum computations with generalised flow Ross Duncan1? and Simon Perdrix2 1 Oxford University Computing Laboratory

Source URL: personal.strath.ac.uk

Chapter 2 Quantum Computing Principles The massive amount of processing power generated by computer manufacturers has not yet been able to quench our thirst for speed and computing capacity. In 1947, American computer e

Source URL: www.cfilt.iitb.ac.in