Oreilly - Quantum Computing in Action, Video Edition

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Download Free Download : Oreilly - Quantum Computing in Action, Video Edition
mp4 | Video: h264,1280X720 | Audio: AAC, 44.1 KHz
Genre:eLearning | Language: English | Size:987.34 MB

Files Included :

001 Part 1 Quantum computing introduction.mp4 (3.71 MB)
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002 Chapter 1 Evolution, revolution, or hype.mp4 (49.28 MB)
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003 Chapter 1 The disruptive parts of QC Getting closer to nature.mp4 (15.09 MB)
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004 Chapter 1 Hybrid computing.mp4 (7.12 MB)
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005 Chapter 1 Abstracting software for quantum computers.mp4 (17.67 MB)
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006 Chapter 1 From quantum to computing or from computing to quantum.mp4 (7.42 MB)
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007 Chapter 1 Summary.mp4 (2.76 MB)
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008 Chapter 2 Hello World, quantum computing style.mp4 (5.25 MB)
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009 Chapter 2 Running a first demo with Strange.mp4 (8.86 MB)
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010 Chapter 2 Inspecting the code for HelloStrange.mp4 (22.5 MB)
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011 Chapter 2 Obtaining and installing the Strange code.mp4 (7.95 MB)
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012 Chapter 2 Next steps.mp4 (2.24 MB)
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013 Chapter 2 Summary.mp4 (1.56 MB)
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014 Chapter 3 Qubits and quantum gates The basic units in quantum computing.mp4 (16.35 MB)
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015 Chapter 3 Qubit notation.mp4 (20.14 MB)
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016 Chapter 3 Gates Manipulating and measuring qubits.mp4 (8.54 MB)
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017 Chapter 3 A first [quantum] gate Pauli-X.mp4 (3.29 MB)
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018 Chapter 3 Playing with qubits in Strange.mp4 (17.38 MB)
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019 Chapter 3 Visualizing quantum circuits.mp4 (5.55 MB)
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020 Chapter 3 Summary.mp4 (1.8 MB)
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021 Part 2 Fundamental concepts and how they relate to code.mp4 (2.51 MB)
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022 Chapter 4 Superposition.mp4 (19.47 MB)
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023 Chapter 4 The state of a quantum system as a probability vector.mp4 (22.17 MB)
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024 Chapter 4 Introducing matrix gate operations.mp4 (18.1 MB)
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025 Chapter 4 The Hadamard gate The gate to superposition.mp4 (5.33 MB)
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026 Chapter 4 Java code using the Hadamard gate.mp4 (10.44 MB)
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027 Chapter 4 Summary.mp4 (2.33 MB)
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028 Chapter 5 Entanglement.mp4 (5.32 MB)
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029 Chapter 5 Independent probabilities The classic way.mp4 (13.73 MB)
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030 Chapter 5 Independent probabilities The quantum way.mp4 (7.06 MB)
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031 Chapter 5 The physical concept of entanglement.mp4 (15.43 MB)
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032 Chapter 5 A gate representation for quantum entanglement.mp4 (12.53 MB)
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033 Chapter 5 Creating a Bell state Dependent probabilities.mp4 (7.3 MB)
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034 Chapter 5 Mary had a little qubit.mp4 (4.8 MB)
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035 Chapter 5 Summary.mp4 (974.48 KB)
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036 Chapter 6 Quantum networking The basics.mp4 (9.94 MB)
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037 Chapter 6 Obstacles to quantum networking.mp4 (33.61 MB)
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038 Chapter 6 Pauli-Z gate and measurement.mp4 (10.07 MB)
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039 Chapter 6 Quantum teleportation.mp4 (25.71 MB)
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040 Chapter 6 A quantum repeater.mp4 (8.99 MB)
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041 Chapter 6 Summary.mp4 (2 MB)
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042 Part 3 Quantum algorithms and code.mp4 (5.86 MB)
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043 Chapter 7 Our HelloWorld, explained.mp4 (17.63 MB)
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044 Chapter 7 Abstractions at different levels.mp4 (8.65 MB)
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045 Chapter 7 Other languages for quantum computing simulators.mp4 (5.31 MB)
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046 Chapter 7 Strange High-level and low-level approaches.mp4 (11.47 MB)
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047 Chapter 7 StrangeFX A development tool.mp4 (22.86 MB)
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048 Chapter 7 Creating your own circuits with Strange.mp4 (29.53 MB)
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049 Chapter 7 Simulators, cloud services, and real hardware.mp4 (12.83 MB)
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050 Chapter 7 Summary.mp4 (2.92 MB)
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051 Chapter 8 Secure communication using quantum computing.mp4 (19.11 MB)
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052 Chapter 8 Quantum key distribution.mp4 (5.98 MB)
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053 Chapter 8 Naive approach.mp4 (11.53 MB)
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054 Chapter 8 Using superposition.mp4 (22.83 MB)
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055 Chapter 8 BB84.mp4 (21.78 MB)
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056 Chapter 8 QKD in Java.mp4 (13.65 MB)
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057 Chapter 8 Summary.mp4 (1.57 MB)
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058 Chapter 9 Deutsch-Jozsa algorithm.mp4 (12.87 MB)
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059 Chapter 9 Properties of functions.mp4 (15.33 MB)
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060 Chapter 9 Reversible quantum gates.mp4 (10.78 MB)
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061 Chapter 9 Defining an oracle.mp4 (14.63 MB)
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062 Chapter 9 From functions to oracles.mp4 (9.76 MB)
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063 Chapter 9 Deutsch algorithm.mp4 (15.83 MB)
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064 Chapter 9 Deutsch-Jozsa algorithm.mp4 (10.61 MB)
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065 Chapter 9 Conclusion.mp4 (2.47 MB)
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066 Chapter 9 Summary.mp4 (1.57 MB)
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067 Chapter 10 Grover s search algorithm.mp4 (13.03 MB)
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068 Chapter 10 Classical search problems.mp4 (21.3 MB)
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069 Chapter 10 Quantum search Using Grover s search algorithm.mp4 (10.78 MB)
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070 Chapter 10 Probabilities and amplitudes.mp4 (14.91 MB)
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071 Chapter 10 The algorithm behind Grover s search.mp4 (38.68 MB)
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072 Chapter 10 Conclusion.mp4 (1.94 MB)
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073 Chapter 10 Summary.mp4 (2.09 MB)
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074 Chapter 11 Shor s algorithm.mp4 (5.52 MB)
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075 Chapter 11 The marketing hype.mp4 (10.12 MB)
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076 Chapter 11 Classic factorization vs quantum factorization.mp4 (3.97 MB)
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077 Chapter 11 A multidisciplinary problem.mp4 (4.17 MB)
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078 Chapter 11 Problem description.mp4 (6.19 MB)
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079 Chapter 11 The rationale behind Shor s algorithm.mp4 (25.05 MB)
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080 Chapter 11 The quantum-based implementation.mp4 (8.01 MB)
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081 Chapter 11 Creating a periodic function using quantum gates.mp4 (9.55 MB)
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082 Chapter 11 Calculating the periodicity.mp4 (6.97 MB)
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083 Chapter 11 Implementation challenges.mp4 (5.77 MB)
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084 Chapter 11 Summary.mp4 (2.39 MB)
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085 Appendix A Getting started with Strange.mp4 (6.12 MB)
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086 Appendix A Obtaining and installing the demo code.mp4 (2.52 MB)
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087 Appendix A The HelloStrange program.mp4 (7.95 MB)
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088 Appendix B Linear algebra.mp4 (5.75 MB)
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089 Appendix B Matrix-matrix multiplication.mp4 (2.46 MB)
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090 Appendix B Tensor product.mp4 (2.47 MB)
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