| 001. Part 1. Quantum computing introduction.mp4 | 3.7 MB | ||
| 002. Chapter 1. Evolution, revolution, or hype.mp4 | 49.3 MB | ||
| 003. Chapter 1. The disruptive parts of QC Getting closer to nature.mp4 | 15.1 MB | ||
| 004. Chapter 1. Hybrid computing.mp4 | 7.1 MB | ||
| 005. Chapter 1. Abstracting software for quantum computers.mp4 | 17.7 MB | ||
| 006. Chapter 1. From quantum to computing or from computing to quantum.mp4 | 7.4 MB | ||
| 007. Chapter 1. Summary.mp4 | 2.8 MB | ||
| 008. Chapter 2. Hello World, quantum computing style.mp4 | 5.3 MB | ||
| 009. Chapter 2. Running a first demo with Strange.mp4 | 8.9 MB | ||
| 010. Chapter 2. Inspecting the code for HelloStrange.mp4 | 22.5 MB | ||
| 011. Chapter 2. Obtaining and installing the Strange code.mp4 | 7.9 MB | ||
| 012. Chapter 2. Next steps.mp4 | 2.2 MB | ||
| 013. Chapter 2. Summary.mp4 | 1.6 MB | ||
| 014. Chapter 3. Qubits and quantum gates The basic units in quantum computing.mp4 | 16.4 MB | ||
| 015. Chapter 3. Qubit notation.mp4 | 20.1 MB | ||
| 016. Chapter 3. Gates Manipulating and measuring qubits.mp4 | 8.5 MB | ||
| 017. Chapter 3. A first [quantum] gate Pauli-X.mp4 | 3.3 MB | ||
| 018. Chapter 3. Playing with qubits in Strange.mp4 | 17.4 MB | ||
| 019. Chapter 3. Visualizing quantum circuits.mp4 | 5.6 MB | ||
| 020. Chapter 3. Summary.mp4 | 1.8 MB | ||
| 021. Part 2. Fundamental concepts and how they relate to code.mp4 | 2.5 MB | ||
| 022. Chapter 4. Superposition.mp4 | 19.5 MB | ||
| 023. Chapter 4. The state of a quantum system as a probability vector.mp4 | 22.2 MB | ||
| 024. Chapter 4. Introducing matrix gate operations.mp4 | 18.1 MB | ||
| 025. Chapter 4. The Hadamard gate The gate to superposition.mp4 | 5.3 MB | ||
| 026. Chapter 4. Java code using the Hadamard gate.mp4 | 10.4 MB | ||
| 027. Chapter 4. Summary.mp4 | 2.3 MB | ||
| 028. Chapter 5. Entanglement.mp4 | 5.3 MB | ||
| 029. Chapter 5. Independent probabilities The classic way.mp4 | 13.7 MB | ||
| 030. Chapter 5. Independent probabilities The quantum way.mp4 | 7.1 MB | ||
| 031. Chapter 5. The physical concept of entanglement.mp4 | 15.4 MB | ||
| 032. Chapter 5. A gate representation for quantum entanglement.mp4 | 12.5 MB | ||
| 033. Chapter 5. Creating a Bell state Dependent probabilities.mp4 | 7.3 MB | ||
| 034. Chapter 5. Mary had a little qubit.mp4 | 4.8 MB | ||
| 035. Chapter 5. Summary.mp4 | 974.5 KB | ||
| 036. Chapter 6. Quantum networking The basics.mp4 | 9.9 MB | ||
| 037. Chapter 6. Obstacles to quantum networking.mp4 | 33.6 MB | ||
| 038. Chapter 6. Pauli-Z gate and measurement.mp4 | 10.1 MB | ||
| 039. Chapter 6. Quantum teleportation.mp4 | 25.7 MB | ||
| 040. Chapter 6. A quantum repeater.mp4 | 9 MB | ||
| 041. Chapter 6. Summary.mp4 | 2 MB | ||
| 042. Part 3. Quantum algorithms and code.mp4 | 5.9 MB | ||
| 043. Chapter 7. Our HelloWorld, explained.mp4 | 17.6 MB | ||
| 044. Chapter 7. Abstractions at different levels.mp4 | 8.7 MB | ||
| 045. Chapter 7. Other languages for quantum computing simulators.mp4 | 5.3 MB | ||
| 046. Chapter 7. Strange High-level and low-level approaches.mp4 | 11.5 MB | ||
| 047. Chapter 7. StrangeFX A development tool.mp4 | 22.9 MB | ||
| 048. Chapter 7. Creating your own circuits with Strange.mp4 | 29.5 MB | ||
| 049. Chapter 7. Simulators, cloud services, and real hardware.mp4 | 12.8 MB | ||
| 050. Chapter 7. Summary.mp4 | 2.9 MB | ||
| 051. Chapter 8. Secure communication using quantum computing.mp4 | 19.1 MB | ||
| 052. Chapter 8. Quantum key distribution.mp4 | 6 MB | ||
| 053. Chapter 8. Naive approach.mp4 | 11.5 MB | ||
| 054. Chapter 8. Using superposition.mp4 | 22.8 MB | ||
| 055. Chapter 8. BB84.mp4 | 21.8 MB | ||
| 056. Chapter 8. QKD in Java.mp4 | 13.6 MB | ||
| 057. Chapter 8. Summary.mp4 | 1.6 MB | ||
| 058. Chapter 9. Deutsch-Jozsa algorithm.mp4 | 12.9 MB | ||
| 059. Chapter 9. Properties of functions.mp4 | 15.3 MB | ||
| 060. Chapter 9. Reversible quantum gates.mp4 | 10.8 MB | ||
| 061. Chapter 9. Defining an oracle.mp4 | 14.6 MB | ||
| 062. Chapter 9. From functions to oracles.mp4 | 9.8 MB | ||
| 063. Chapter 9. Deutsch algorithm.mp4 | 15.8 MB | ||
| 064. Chapter 9. Deutsch-Jozsa algorithm.mp4 | 10.6 MB | ||
| 065. Chapter 9. Conclusion.mp4 | 2.5 MB | ||
| 066. Chapter 9. Summary.mp4 | 1.6 MB | ||
| 067. Chapter 10. Grover s search algorithm.mp4 | 13 MB | ||
| 068. Chapter 10. Classical search problems.mp4 | 21.3 MB | ||
| 069. Chapter 10. Quantum search Using Grover s search algorithm.mp4 | 10.8 MB | ||
| 070. Chapter 10. Probabilities and amplitudes.mp4 | 14.9 MB | ||
| 071. Chapter 10. The algorithm behind Grover s search.mp4 | 38.7 MB | ||
| 072. Chapter 10. Conclusion.mp4 | 1.9 MB | ||
| 073. Chapter 10. Summary.mp4 | 2.1 MB | ||
| 074. Chapter 11. Shor s algorithm.mp4 | 5.5 MB | ||
| 075. Chapter 11. The marketing hype.mp4 | 10.1 MB | ||
| 076. Chapter 11. Classic factorization vs. quantum factorization.mp4 | 4 MB | ||
| 077. Chapter 11. A multidisciplinary problem.mp4 | 4.2 MB | ||
| 078. Chapter 11. Problem description.mp4 | 6.2 MB | ||
| 079. Chapter 11. The rationale behind Shor s algorithm.mp4 | 25.1 MB | ||
| 080. Chapter 11. The quantum-based implementation.mp4 | 8 MB | ||
| 081. Chapter 11. Creating a periodic function using quantum gates.mp4 | 9.6 MB | ||
| 082. Chapter 11. Calculating the periodicity.mp4 | 7 MB | ||
| 083. Chapter 11. Implementation challenges.mp4 | 5.8 MB | ||
| 084. Chapter 11. Summary.mp4 | 2.4 MB | ||
| 085. Appendix A. Getting started with Strange.mp4 | 6.1 MB | ||
| 086. Appendix A. Obtaining and installing the demo code.mp4 | 2.5 MB | ||
| 087. Appendix A. The HelloStrange program.mp4 | 8 MB | ||
| 088. Appendix B. Linear algebra.mp4 | 5.8 MB | ||
| 089. Appendix B. Matrix-matrix multiplication.mp4 | 2.5 MB | ||
| 090. Appendix B. Tensor product.mp4 | 2.5 MB | ||
| Bonus Resources.txt | 409.6 B | ||
| Get Bonus Downloads Here.url | 204.8 B | ||
| ▲ 92 total files | |||
Quantum Computing in Action, Video Edition
https://FreeCourseWeb.com
Released 2/2022
MP4 | Video: h264, 1280x720 | Audio: AAC, 44.1 KHz, 2 Ch
Genre: eLearning | Language: English | Duration: 7h 15m | Size: 987 MB
Quantum computing is on the horizon and you can get started today! This practical, clear-spoken guide shows you don’t need a physics degree to write your first quantum software.
In Quantum Computing in Action you will learn
An introduction to the core concepts of quantum computing
Qubits and quantum gates
Superposition, entanglement, and hybrid computing
Quantum algorithms including Shor’s, Deutsch-jozsa, and Grover’s search
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