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)
MP4
002 Chapter 1 Evolution, revolution, or hype.mp4 (49.28 MB)
MP4
003 Chapter 1 The disruptive parts of QC Getting closer to nature.mp4 (15.09 MB)
MP4
004 Chapter 1 Hybrid computing.mp4 (7.12 MB)
MP4
005 Chapter 1 Abstracting software for quantum computers.mp4 (17.67 MB)
MP4
006 Chapter 1 From quantum to computing or from computing to quantum.mp4 (7.42 MB)
MP4
007 Chapter 1 Summary.mp4 (2.76 MB)
MP4
008 Chapter 2 Hello World, quantum computing style.mp4 (5.25 MB)
MP4
009 Chapter 2 Running a first demo with Strange.mp4 (8.86 MB)
MP4
010 Chapter 2 Inspecting the code for HelloStrange.mp4 (22.5 MB)
MP4
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)
MP4
014 Chapter 3 Qubits and quantum gates The basic units in quantum computing.mp4 (16.35 MB)
MP4
015 Chapter 3 Qubit notation.mp4 (20.14 MB)
MP4
016 Chapter 3 Gates Manipulating and measuring qubits.mp4 (8.54 MB)
MP4
017 Chapter 3 A first [quantum] gate Pauli-X.mp4 (3.29 MB)
MP4
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)
MP4
043 Chapter 7 Our HelloWorld, explained.mp4 (17.63 MB)
MP4
044 Chapter 7 Abstractions at different levels.mp4 (8.65 MB)
MP4
045 Chapter 7 Other languages for quantum computing simulators.mp4 (5.31 MB)
MP4
046 Chapter 7 Strange High-level and low-level approaches.mp4 (11.47 MB)
MP4
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)
MP4
061 Chapter 9 Defining an oracle.mp4 (14.63 MB)
MP4
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)
MP4
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)
MP4
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)
MP4
081 Chapter 11 Creating a periodic function using quantum gates.mp4 (9.55 MB)
MP4
082 Chapter 11 Calculating the periodicity.mp4 (6.97 MB)
MP4
083 Chapter 11 Implementation challenges.mp4 (5.77 MB)
MP4
084 Chapter 11 Summary.mp4 (2.39 MB)
MP4
085 Appendix A Getting started with Strange.mp4 (6.12 MB)
MP4
086 Appendix A Obtaining and installing the demo code.mp4 (2.52 MB)
MP4
087 Appendix A The HelloStrange program.mp4 (7.95 MB)
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088 Appendix B Linear algebra.mp4 (5.75 MB)
MP4
089 Appendix B Matrix-matrix multiplication.mp4 (2.46 MB)
MP4
090 Appendix B Tensor product.mp4 (2.47 MB)
MP4
MP4
002 Chapter 1 Evolution, revolution, or hype.mp4 (49.28 MB)
MP4
003 Chapter 1 The disruptive parts of QC Getting closer to nature.mp4 (15.09 MB)
MP4
004 Chapter 1 Hybrid computing.mp4 (7.12 MB)
MP4
005 Chapter 1 Abstracting software for quantum computers.mp4 (17.67 MB)
MP4
006 Chapter 1 From quantum to computing or from computing to quantum.mp4 (7.42 MB)
MP4
007 Chapter 1 Summary.mp4 (2.76 MB)
MP4
008 Chapter 2 Hello World, quantum computing style.mp4 (5.25 MB)
MP4
009 Chapter 2 Running a first demo with Strange.mp4 (8.86 MB)
MP4
010 Chapter 2 Inspecting the code for HelloStrange.mp4 (22.5 MB)
MP4
011 Chapter 2 Obtaining and installing the Strange code.mp4 (7.95 MB)
MP4
012 Chapter 2 Next steps.mp4 (2.24 MB)
MP4
013 Chapter 2 Summary.mp4 (1.56 MB)
MP4
014 Chapter 3 Qubits and quantum gates The basic units in quantum computing.mp4 (16.35 MB)
MP4
015 Chapter 3 Qubit notation.mp4 (20.14 MB)
MP4
016 Chapter 3 Gates Manipulating and measuring qubits.mp4 (8.54 MB)
MP4
017 Chapter 3 A first [quantum] gate Pauli-X.mp4 (3.29 MB)
MP4
018 Chapter 3 Playing with qubits in Strange.mp4 (17.38 MB)
MP4
019 Chapter 3 Visualizing quantum circuits.mp4 (5.55 MB)
MP4
020 Chapter 3 Summary.mp4 (1.8 MB)
MP4
021 Part 2 Fundamental concepts and how they relate to code.mp4 (2.51 MB)
MP4
022 Chapter 4 Superposition.mp4 (19.47 MB)
MP4
023 Chapter 4 The state of a quantum system as a probability vector.mp4 (22.17 MB)
MP4
024 Chapter 4 Introducing matrix gate operations.mp4 (18.1 MB)
MP4
025 Chapter 4 The Hadamard gate The gate to superposition.mp4 (5.33 MB)
MP4
026 Chapter 4 Java code using the Hadamard gate.mp4 (10.44 MB)
MP4
027 Chapter 4 Summary.mp4 (2.33 MB)
MP4
028 Chapter 5 Entanglement.mp4 (5.32 MB)
MP4
029 Chapter 5 Independent probabilities The classic way.mp4 (13.73 MB)
MP4
030 Chapter 5 Independent probabilities The quantum way.mp4 (7.06 MB)
MP4
031 Chapter 5 The physical concept of entanglement.mp4 (15.43 MB)
MP4
032 Chapter 5 A gate representation for quantum entanglement.mp4 (12.53 MB)
MP4
033 Chapter 5 Creating a Bell state Dependent probabilities.mp4 (7.3 MB)
MP4
034 Chapter 5 Mary had a little qubit.mp4 (4.8 MB)
MP4
035 Chapter 5 Summary.mp4 (974.48 KB)
MP4
036 Chapter 6 Quantum networking The basics.mp4 (9.94 MB)
MP4
037 Chapter 6 Obstacles to quantum networking.mp4 (33.61 MB)
MP4
038 Chapter 6 Pauli-Z gate and measurement.mp4 (10.07 MB)
MP4
039 Chapter 6 Quantum teleportation.mp4 (25.71 MB)
MP4
040 Chapter 6 A quantum repeater.mp4 (8.99 MB)
MP4
041 Chapter 6 Summary.mp4 (2 MB)
MP4
042 Part 3 Quantum algorithms and code.mp4 (5.86 MB)
MP4
043 Chapter 7 Our HelloWorld, explained.mp4 (17.63 MB)
MP4
044 Chapter 7 Abstractions at different levels.mp4 (8.65 MB)
MP4
045 Chapter 7 Other languages for quantum computing simulators.mp4 (5.31 MB)
MP4
046 Chapter 7 Strange High-level and low-level approaches.mp4 (11.47 MB)
MP4
047 Chapter 7 StrangeFX A development tool.mp4 (22.86 MB)
MP4
048 Chapter 7 Creating your own circuits with Strange.mp4 (29.53 MB)
MP4
049 Chapter 7 Simulators, cloud services, and real hardware.mp4 (12.83 MB)
MP4
050 Chapter 7 Summary.mp4 (2.92 MB)
MP4
051 Chapter 8 Secure communication using quantum computing.mp4 (19.11 MB)
MP4
052 Chapter 8 Quantum key distribution.mp4 (5.98 MB)
MP4
053 Chapter 8 Naive approach.mp4 (11.53 MB)
MP4
054 Chapter 8 Using superposition.mp4 (22.83 MB)
MP4
055 Chapter 8 BB84.mp4 (21.78 MB)
MP4
056 Chapter 8 QKD in Java.mp4 (13.65 MB)
MP4
057 Chapter 8 Summary.mp4 (1.57 MB)
MP4
058 Chapter 9 Deutsch-Jozsa algorithm.mp4 (12.87 MB)
MP4
059 Chapter 9 Properties of functions.mp4 (15.33 MB)
MP4
060 Chapter 9 Reversible quantum gates.mp4 (10.78 MB)
MP4
061 Chapter 9 Defining an oracle.mp4 (14.63 MB)
MP4
062 Chapter 9 From functions to oracles.mp4 (9.76 MB)
MP4
063 Chapter 9 Deutsch algorithm.mp4 (15.83 MB)
MP4
064 Chapter 9 Deutsch-Jozsa algorithm.mp4 (10.61 MB)
MP4
065 Chapter 9 Conclusion.mp4 (2.47 MB)
MP4
066 Chapter 9 Summary.mp4 (1.57 MB)
MP4
067 Chapter 10 Grover s search algorithm.mp4 (13.03 MB)
MP4
068 Chapter 10 Classical search problems.mp4 (21.3 MB)
MP4
069 Chapter 10 Quantum search Using Grover s search algorithm.mp4 (10.78 MB)
MP4
070 Chapter 10 Probabilities and amplitudes.mp4 (14.91 MB)
MP4
071 Chapter 10 The algorithm behind Grover s search.mp4 (38.68 MB)
MP4
072 Chapter 10 Conclusion.mp4 (1.94 MB)
MP4
073 Chapter 10 Summary.mp4 (2.09 MB)
MP4
074 Chapter 11 Shor s algorithm.mp4 (5.52 MB)
MP4
075 Chapter 11 The marketing hype.mp4 (10.12 MB)
MP4
076 Chapter 11 Classic factorization vs quantum factorization.mp4 (3.97 MB)
MP4
077 Chapter 11 A multidisciplinary problem.mp4 (4.17 MB)
MP4
078 Chapter 11 Problem description.mp4 (6.19 MB)
MP4
079 Chapter 11 The rationale behind Shor s algorithm.mp4 (25.05 MB)
MP4
080 Chapter 11 The quantum-based implementation.mp4 (8.01 MB)
MP4
081 Chapter 11 Creating a periodic function using quantum gates.mp4 (9.55 MB)
MP4
082 Chapter 11 Calculating the periodicity.mp4 (6.97 MB)
MP4
083 Chapter 11 Implementation challenges.mp4 (5.77 MB)
MP4
084 Chapter 11 Summary.mp4 (2.39 MB)
MP4
085 Appendix A Getting started with Strange.mp4 (6.12 MB)
MP4
086 Appendix A Obtaining and installing the demo code.mp4 (2.52 MB)
MP4
087 Appendix A The HelloStrange program.mp4 (7.95 MB)
MP4
088 Appendix B Linear algebra.mp4 (5.75 MB)
MP4
089 Appendix B Matrix-matrix multiplication.mp4 (2.46 MB)
MP4
090 Appendix B Tensor product.mp4 (2.47 MB)
MP4
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