种子简介

种子名称： Quantum Computing Fundamentals
文件类型： 视频
文件数目： 41个文件
文件大小： 1.18 GB
收录时间： 2025-6-20 21:45
已经下载： 3次
资源热度： 11
最近下载： 2025-6-25 07:11

下载BT种子文件

下载Torrent文件(.torrent) 立即下载

磁力链接下载

magnet:?xt=urn:btih:3090a3cccd08fbf8d59704d3e7c429d8634a4f0a&dn=Quantum Computing Fundamentals 复制链接到迅雷、QQ旋风进行下载，或者使用百度云离线下载。

喜欢这个种子的人也喜欢

种子包含的文件

Quantum Computing Fundamentals.torrent

Lesson 3 Quantum Computing/007. 3.6 More with Quantum Computers.mp4128.38MB

Introduction/001. Quantum Computing Fundamentals Introduction.mp420.99MB

Lesson 1 Linear Algebra for Quantum Computing/001. Learning objectives.mp47.79MB

Lesson 1 Linear Algebra for Quantum Computing/002. 1.1 Linear Algebra Basics.mp446.22MB

Lesson 1 Linear Algebra for Quantum Computing/003. 1.2 Matrix Operations.mp421.3MB

Lesson 1 Linear Algebra for Quantum Computing/004. 1.3 Vectors and Vector Spaces.mp446.98MB

Lesson 1 Linear Algebra for Quantum Computing/005. 1.4 Vector Operations.mp422.71MB

Lesson 1 Linear Algebra for Quantum Computing/006. 1.5 Eigenvalues and Eigenvectors.mp433.13MB

Lesson 1 Linear Algebra for Quantum Computing/007. 1.6 Additional Math Topics.mp433.59MB

Lesson 2 Physics for Quantum Computing/001. Learning objectives.mp47.46MB

Lesson 2 Physics for Quantum Computing/002. 2.1 Historical Developments.mp448.92MB

Lesson 2 Physics for Quantum Computing/003. 2.2 Quantum Physics Basics.mp451.95MB

Lesson 2 Physics for Quantum Computing/004. 2.3 Entanglement.mp428.44MB

Lesson 2 Physics for Quantum Computing/005. 2.4 More with Quantum Physics.mp437.92MB

Lesson 3 Quantum Computing/001. Learning objectives.mp46.3MB

Lesson 3 Quantum Computing/002. 3.1 Logical Qubits.mp437.69MB

Lesson 3 Quantum Computing/003. 3.2 Quantum Logic Gates.mp458.59MB

Lesson 3 Quantum Computing/004. 3.3 Quantum Circuits.mp427.75MB

Lesson 3 Quantum Computing/005. 3.4 Physical Qubits.mp498.86MB

Lesson 3 Quantum Computing/006. 3.5 Quantum Computing Challenges.mp417.07MB

Lesson 4 Quantum Algorithms/001. Learning objectives.mp45.53MB

Lesson 4 Quantum Algorithms/002. 4.1 Deutsch's Algorithm.mp416.51MB

Lesson 4 Quantum Algorithms/003. 4.2 Grover's Algorithm.mp426.62MB

Lesson 4 Quantum Algorithms/004. 4.3 Deutsch-Jozsa Algorithm.mp415.86MB

Lesson 4 Quantum Algorithms/005. 4.4 Shor's Algorithm.mp426.35MB

Lesson 5 Quantum Computing and Cryptography/001. Learning objectives.mp46.53MB

Lesson 5 Quantum Computing and Cryptography/002. 5.1 Current Asymmetric Cryptography.mp455.04MB

Lesson 5 Quantum Computing and Cryptography/003. 5.2 Lattice Based Cryptography.mp414.08MB

Lesson 5 Quantum Computing and Cryptography/004. 5.3 Response to Quantum Threats.mp418.92MB

Lesson 5 Quantum Computing and Cryptography/005. 5.4 Multi-Variate Cryptography.mp417.49MB

Lesson 5 Quantum Computing and Cryptography/006. 5.5 Other Approaches.mp456.73MB

Lesson 6 Quantum Programming/001. Learning objectives.mp46.08MB

Lesson 6 Quantum Programming/002. 6.1 QASM Basics.mp427.04MB

Lesson 6 Quantum Programming/003. 6.2 QASM Examples.mp425.58MB

Lesson 6 Quantum Programming/004. 6.3 Grover's Algorithm.mp47.4MB

Lesson 6 Quantum Programming/005. 6.4 Deutsch's Algorithm.mp49.37MB

Lesson 6 Quantum Programming/006. 6.5 Adder Algorithm.mp411.68MB

Lesson 6 Quantum Programming/007. 6.6 Python and Quantum Programming.mp417.47MB

Lesson 6 Quantum Programming/008. 6.7 Q Overview.mp425.45MB

Lesson 6 Quantum Programming/009. 6.8 Quantum Machine Learning.mp423.07MB

Summary/001. Quantum Computing Fundamentals Summary.mp412.74MB