FreeCourseWeb com Oreilly Quantum Computing in Action Video Edition

FreeCourseWeb com Oreilly Quantum Computing in Action Video Edition

Name	[ FreeCourseWeb.com ] Oreilly - Quantum Computing in Action, Video Edition	DOWNLOAD Copy Link Trouble downloading? see How To
Total Size	1.0 GB
Total Files	92
Last Seen	2025-06-13 23:45
Hash	834BB663AB5D30332EDA0CF4CCAE50B72FE45478

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001. Part 1. Quantum computing introduction.mp4	3.9 MB
002. Chapter 1. Evolution, revolution, or hype.mp4	51.7 MB
003. Chapter 1. The disruptive parts of QC Getting closer to nature.mp4	15.8 MB
004. Chapter 1. Hybrid computing.mp4	7.5 MB
005. Chapter 1. Abstracting software for quantum computers.mp4	18.5 MB
006. Chapter 1. From quantum to computing or from computing to quantum.mp4	7.8 MB
007. Chapter 1. Summary.mp4	2.9 MB
008. Chapter 2. Hello World, quantum computing style.mp4	5.5 MB
009. Chapter 2. Running a first demo with Strange.mp4	9.3 MB
010. Chapter 2. Inspecting the code for HelloStrange.mp4	23.6 MB
011. Chapter 2. Obtaining and installing the Strange code.mp4	8.3 MB
012. Chapter 2. Next steps.mp4	2.4 MB
013. Chapter 2. Summary.mp4	1.6 MB
014. Chapter 3. Qubits and quantum gates The basic units in quantum computing.mp4	17.1 MB
015. Chapter 3. Qubit notation.mp4	21.1 MB
016. Chapter 3. Gates Manipulating and measuring qubits.mp4	9.0 MB
017. Chapter 3. A first [quantum] gate Pauli-X.mp4	3.5 MB
018. Chapter 3. Playing with qubits in Strange.mp4	18.2 MB
019. Chapter 3. Visualizing quantum circuits.mp4	5.8 MB
020. Chapter 3. Summary.mp4	1.9 MB
021. Part 2. Fundamental concepts and how they relate to code.mp4	2.6 MB
022. Chapter 4. Superposition.mp4	20.4 MB
023. Chapter 4. The state of a quantum system as a probability vector.mp4	23.2 MB
024. Chapter 4. Introducing matrix gate operations.mp4	19.0 MB
025. Chapter 4. The Hadamard gate The gate to superposition.mp4	5.6 MB
026. Chapter 4. Java code using the Hadamard gate.mp4	10.9 MB
027. Chapter 4. Summary.mp4	2.4 MB
028. Chapter 5. Entanglement.mp4	5.6 MB
029. Chapter 5. Independent probabilities The classic way.mp4	14.4 MB
030. Chapter 5. Independent probabilities The quantum way.mp4	7.4 MB
031. Chapter 5. The physical concept of entanglement.mp4	16.2 MB
032. Chapter 5. A gate representation for quantum entanglement.mp4	13.1 MB
033. Chapter 5. Creating a Bell state Dependent probabilities.mp4	7.7 MB
034. Chapter 5. Mary had a little qubit.mp4	5.0 MB
035. Chapter 5. Summary.mp4	997.9 KB
036. Chapter 6. Quantum networking The basics.mp4	10.4 MB
037. Chapter 6. Obstacles to quantum networking.mp4	35.2 MB
038. Chapter 6. Pauli-Z gate and measurement.mp4	10.6 MB
039. Chapter 6. Quantum teleportation.mp4	27.0 MB
040. Chapter 6. A quantum repeater.mp4	9.4 MB
041. Chapter 6. Summary.mp4	2.1 MB
042. Part 3. Quantum algorithms and code.mp4	6.1 MB
043. Chapter 7. Our HelloWorld, explained.mp4	18.5 MB
044. Chapter 7. Abstractions at different levels.mp4	9.1 MB
045. Chapter 7. Other languages for quantum computing simulators.mp4	5.6 MB
046. Chapter 7. Strange High-level and low-level approaches.mp4	12.0 MB
047. Chapter 7. StrangeFX A development tool.mp4	24.0 MB
048. Chapter 7. Creating your own circuits with Strange.mp4	31.0 MB
049. Chapter 7. Simulators, cloud services, and real hardware.mp4	13.5 MB
050. Chapter 7. Summary.mp4	3.1 MB
051. Chapter 8. Secure communication using quantum computing.mp4	20.0 MB
052. Chapter 8. Quantum key distribution.mp4	6.3 MB
053. Chapter 8. Naive approach.mp4	12.1 MB
054. Chapter 8. Using superposition.mp4	23.9 MB
055. Chapter 8. BB84.mp4	22.8 MB
056. Chapter 8. QKD in Java.mp4	14.3 MB
057. Chapter 8. Summary.mp4	1.6 MB
058. Chapter 9. Deutsch-Jozsa algorithm.mp4	13.5 MB
059. Chapter 9. Properties of functions.mp4	16.1 MB
060. Chapter 9. Reversible quantum gates.mp4	11.3 MB
061. Chapter 9. Defining an oracle.mp4	15.3 MB
062. Chapter 9. From functions to oracles.mp4	10.2 MB
063. Chapter 9. Deutsch algorithm.mp4	16.6 MB
064. Chapter 9. Deutsch-Jozsa algorithm.mp4	11.1 MB
065. Chapter 9. Conclusion.mp4	2.6 MB
066. Chapter 9. Summary.mp4	1.7 MB
067. Chapter 10. Grover s search algorithm.mp4	13.7 MB
068. Chapter 10. Classical search problems.mp4	22.3 MB
069. Chapter 10. Quantum search Using Grover s search algorithm.mp4	11.3 MB
070. Chapter 10. Probabilities and amplitudes.mp4	15.6 MB
071. Chapter 10. The algorithm behind Grover s search.mp4	40.6 MB
072. Chapter 10. Conclusion.mp4	2.0 MB
073. Chapter 10. Summary.mp4	2.2 MB
074. Chapter 11. Shor s algorithm.mp4	5.8 MB
075. Chapter 11. The marketing hype.mp4	10.6 MB
076. Chapter 11. Classic factorization vs. quantum factorization.mp4	4.2 MB
077. Chapter 11. A multidisciplinary problem.mp4	4.4 MB
078. Chapter 11. Problem description.mp4	6.5 MB
079. Chapter 11. The rationale behind Shor s algorithm.mp4	26.3 MB
080. Chapter 11. The quantum-based implementation.mp4	8.4 MB
081. Chapter 11. Creating a periodic function using quantum gates.mp4	10.0 MB
082. Chapter 11. Calculating the periodicity.mp4	7.3 MB
083. Chapter 11. Implementation challenges.mp4	6.0 MB
084. Chapter 11. Summary.mp4	2.5 MB
085. Appendix A. Getting started with Strange.mp4	6.4 MB
086. Appendix A. Obtaining and installing the demo code.mp4	2.6 MB
087. Appendix A. The HelloStrange program.mp4	8.3 MB
088. Appendix B. Linear algebra.mp4	6.0 MB
089. Appendix B. Matrix-matrix multiplication.mp4	2.6 MB
090. Appendix B. Tensor product.mp4	2.6 MB
Bonus Resources.txt	0.4 KB
Total files 92