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Structure For Lecture
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Classroom Contents
Quantum Computing and Impact On Public Key Encryption - Prof Alan Woodward
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- 1 Structure For Lecture
- 2 Home Computer: 1950's Style
- 3 Classical Logic Gates
- 4 Switches To Build Logic Gates
- 5 Logic Gates On A Single Chip
- 6 The Microprocessor Is Born
- 7 What Is The Limit For Transistors?
- 8 Reaching The Limit
- 9 Ultradense Chips
- 10 Algorithms Are The Problem
- 11 Travelling Salesman Problem
- 12 Schrodinger's Equation
- 13 Uncertainty
- 14 Entanglement
- 15 So Recap: Quantum Principles Behind Quantum Computing
- 16 The Qubit Is Born
- 17 Superposition Of Qubits
- 18 Quantum vs Classical Gates
- 19 Hadamard Gate
- 20 Controlled Not Gate
- 21 Controlled Controlled Not (CCN) Gate
- 22 Library of Quantum Gates
- 23 Languages for expressing logical quantum circuits
- 24 Linear lon Trap
- 25 lon Trap On A Chip
- 26 Optical Qubits
- 27 Programmable Optical Chips
- 28 Configurable Optical Circuits
- 29 Josephson Junctions
- 30 Charge Qubits
- 31 IBM's Latest 5 Qubit Processor
- 32 Let's Play Four Card Monte
- 33 Under The Hood
- 34 Peter Shor: His "Quantum" Alghorithm
- 35 Euler 1760
- 36 Reducing Factoring To Order Finding
- 37 Factor 15
- 38 Order Finding - The Result
- 39 Continued Fractions
- 40 Quantifying The Speedup
- 41 Quantum Playground: Explore Shor For Yourself
- 42 An Inconvenient Truth
