Oreilly Quantum Computing in Action Video Edition

Oreilly Quantum Computing in Action Video Edition
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     001. Part 1. Quantum computing introduction.mp4 -


     002. Chapter 1. Evolution, revolution, or hype.mp4 -


     003. Chapter 1. The disruptive parts of QC Getting closer to nature.mp4 -


     004. Chapter 1. Hybrid computing.mp4 -


     005. Chapter 1. Abstracting software for quantum computers.mp4 -


     006. Chapter 1. From quantum to computing or from computing to quantum.mp4 -


     007. Chapter 1. Summary.mp4 -


     008. Chapter 2. Hello World, quantum computing style.mp4 -


     009. Chapter 2. Running a first demo with Strange.mp4 -


     010. Chapter 2. Inspecting the code for HelloStrange.mp4 -


     011. Chapter 2. Obtaining and installing the Strange code.mp4 -


     012. Chapter 2. Next steps.mp4 -


     013. Chapter 2. Summary.mp4 -


     014. Chapter 3. Qubits and quantum gates The basic units in quantum computing.mp4 -


     015. Chapter 3. Qubit notation.mp4 -


     016. Chapter 3. Gates Manipulating and measuring qubits.mp4 -


     017. Chapter 3. A first [quantum] gate Pauli-X.mp4 -


     018. Chapter 3. Playing with qubits in Strange.mp4 -


     019. Chapter 3. Visualizing quantum circuits.mp4 -


     020. Chapter 3. Summary.mp4 -


     021. Part 2. Fundamental concepts and how they relate to code.mp4 -


     022. Chapter 4. Superposition.mp4 -


     023. Chapter 4. The state of a quantum system as a probability vector.mp4 -


     024. Chapter 4. Introducing matrix gate operations.mp4 -


     025. Chapter 4. The Hadamard gate The gate to superposition.mp4 -


     026. Chapter 4. Java code using the Hadamard gate.mp4 -


     027. Chapter 4. Summary.mp4 -


     028. Chapter 5. Entanglement.mp4 -


     029. Chapter 5. Independent probabilities The classic way.mp4 -


     030. Chapter 5. Independent probabilities The quantum way.mp4 -


     031. Chapter 5. The physical concept of entanglement.mp4 -


     032. Chapter 5. A gate representation for quantum entanglement.mp4 -


     033. Chapter 5. Creating a Bell state Dependent probabilities.mp4 -


     034. Chapter 5. Mary had a little qubit.mp4 -


     035. Chapter 5. Summary.mp4 -


     036. Chapter 6. Quantum networking The basics.mp4 -


     037. Chapter 6. Obstacles to quantum networking.mp4 -


     038. Chapter 6. Pauli-Z gate and measurement.mp4 -


     039. Chapter 6. Quantum teleportation.mp4 -


     040. Chapter 6. A quantum repeater.mp4 -


     041. Chapter 6. Summary.mp4 -


     042. Part 3. Quantum algorithms and code.mp4 -


     043. Chapter 7. Our HelloWorld, explained.mp4 -


     044. Chapter 7. Abstractions at different levels.mp4 -


     045. Chapter 7. Other languages for quantum computing simulators.mp4 -


     046. Chapter 7. Strange High-level and low-level approaches.mp4 -


     047. Chapter 7. StrangeFX A development tool.mp4 -


     048. Chapter 7. Creating your own circuits with Strange.mp4 -


     049. Chapter 7. Simulators, cloud services, and real hardware.mp4 -


     050. Chapter 7. Summary.mp4 -


     051. Chapter 8. Secure communication using quantum computing.mp4 -


     052. Chapter 8. Quantum key distribution.mp4 -


     053. Chapter 8. Naive approach.mp4 -


     054. Chapter 8. Using superposition.mp4 -


     055. Chapter 8. BB84.mp4 -


     056. Chapter 8. QKD in Java.mp4 -


     057. Chapter 8. Summary.mp4 -


     058. Chapter 9. Deutsch-Jozsa algorithm.mp4 -


     059. Chapter 9. Properties of functions.mp4 -


     060. Chapter 9. Reversible quantum gates.mp4 -


     061. Chapter 9. Defining an oracle.mp4 -


     062. Chapter 9. From functions to oracles.mp4 -


     063. Chapter 9. Deutsch algorithm.mp4 -


     064. Chapter 9. Deutsch-Jozsa algorithm.mp4 -


     065. Chapter 9. Conclusion.mp4 -


     066. Chapter 9. Summary.mp4 -


     067. Chapter 10. Grover s search algorithm.mp4 -


     068. Chapter 10. Classical search problems.mp4 -


     069. Chapter 10. Quantum search Using Grover s search algorithm.mp4 -


     070. Chapter 10. Probabilities and amplitudes.mp4 -


     071. Chapter 10. The algorithm behind Grover s search.mp4 -


     072. Chapter 10. Conclusion.mp4 -


     073. Chapter 10. Summary.mp4 -


     074. Chapter 11. Shor s algorithm.mp4 -


     075. Chapter 11. The marketing hype.mp4 -


     076. Chapter 11. Classic factorization vs. quantum factorization.mp4 -


     077. Chapter 11. A multidisciplinary problem.mp4 -


     078. Chapter 11. Problem description.mp4 -


     079. Chapter 11. The rationale behind Shor s algorithm.mp4 -


     080. Chapter 11. The quantum-based implementation.mp4 -


     081. Chapter 11. Creating a periodic function using quantum gates.mp4 -


     082. Chapter 11. Calculating the periodicity.mp4 -


     083. Chapter 11. Implementation challenges.mp4 -


     084. Chapter 11. Summary.mp4 -


     085. Appendix A. Getting started with Strange.mp4 -


     086. Appendix A. Obtaining and installing the demo code.mp4 -


     087. Appendix A. The HelloStrange program.mp4 -


     088. Appendix B. Linear algebra.mp4 -


     089. Appendix B. Matrix-matrix multiplication.mp4 -


     090. Appendix B. Tensor product.mp4 -


     Bonus Resources.txt -

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Torrent Name	Added	Size	Seed	Leech	Health
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