The Complete Quantum Computing Course for Beginners

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Rob Percival

15:22:38

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01.01-welcome.mp4

01:27

01.02-how to use this course.mp4

05:20

02.01-introduction to mathematical foundations.mp4

00:43

02.02-how classical computers work.mp4

16:43

02.03-probability.mp4

09:01

02.04-statistics.mp4

06:16

02.05-complex numbers.mp4

14:20

02.06-matrix.mp4

07:33

02.07-matrix operations.mp4

09:16

02.08-special matrices.mp4

09:43

02.09-linear transformation.mp4

11:17

03.01-qubit introduction.mp4

00:46

03.02-superposition and interference.mp4

15:37

03.03-entanglement.mp4

09:43

03.04-qubit state.mp4

10:46

03.05-braket.mp4

08:15

03.06-multi qubit.mp4

05:43

04.01-introduction to python from scratch.mp4

01:39

04.02-anaconda installation for windows users.mp4

13:00

04.03-anaconda installation for mac users.mp4

11:45

04.04-numbers.mp4

08:36

04.05-variables.mp4

11:31

04.06-downloading notebooks.mp4

04:08

04.07-string.mp4

07:53

04.08-advanced string.mp4

13:57

04.09-variable attributes.mp4

14:07

04.10-lists.mp4

10:54

04.11-lists advanced.mp4

05:07

04.12-dictionary.mp4

11:41

04.13-sets.mp4

09:11

04.14-tuples.mp4

05:50

04.15-boolean.mp4

04:08

04.16-logical comparisons.mp4

06:30

04.17-if statements.mp4

08:34

04.18-statements continued.mp4

09:52

04.19-statements practical usage.mp4

05:06

04.20-for loop.mp4

09:06

04.21-for loop practical usage.mp4

05:51

04.22-break continue pass.mp4

07:43

04.23-while loop.mp4

11:34

04.24-useful methods.mp4

10:39

04.25-zip and random.mp4

08:01

04.26-lists advanced.mp4

05:20

04.27-sublime text for windows users.mp4

07:08

04.28-command prompt for windows users.mp4

03:40

04.29-sublime text for mac users.mp4

06:19

04.30-terminal for mac users.mp4

03:47

04.31-functions explained.mp4

09:09

04.32-input and output.mp4

11:38

04.33-functions advanced.mp4

09:57

04.34-functions practical usage.mp4

10:53

04.35-scope.mp4

13:51

04.36-class.mp4

13:33

04.37-methods.mp4

05:57

04.38-class practical usage.mp4

07:06

04.39-inheritance.mp4

07:37

04.40-special methods.mp4

08:25

04.41-error handling.mp4

11:05

04.42-using libraries.mp4

12:38

04.43-writing own modules.mp4

05:53

04.44-imported versus direct.mp4

06:54

05.01-introduction to qiskit.mp4

00:25

05.02-classical gates.mp4

09:11

05.03-ibm signup.mp4

07:49

05.04-quantum gates.mp4

11:56

05.05-entanglement.mp4

11:58

05.06-qiskit.mp4

12:42

05.07-first circuit.mp4

12:13

05.08-running on simulator.mp4

12:27

05.09-getting real quantum computer properties.mp4

12:45

05.10-running on real quantum computer.mp4

10:34

05.11-toffoli.mp4

06:55

06.01-introduction to teleportation.mp4

00:47

06.02-phase.mp4

08:11

06.03-phase and bloch sphere.mp4

24:32

06.04-superdense coding.mp4

10:05

06.05-quantum teleportation.mp4

17:46

06.06-teleportation in qiskit.mp4

08:27

07.01-introduction to bernstein vazirani.mp4

01:00

07.02-quantum algorithms.mp4

06:21

07.03-bernstein vazirani algorithm.mp4

17:01

07.04-improving codes.mp4

10:44

08.01-introduction to deutsch.mp4

00:32

08.02-deutsch algorithm.mp4

12:17

08.03-creating algorithm.mp4

15:06

08.04-deutsch in qiskit.mp4

17:07

09.01-introduction to grovers.mp4

00:38

09.02-classical search algorithm.mp4

09:23

09.03-applying grovers on qiskit.mp4

24:31

09.04-aqua and dinner party.mp4

14:51

10.01-introduction to shors.mp4

01:26

10.02-shors algorithm.mp4

22:29

10.03-shor easy way.mp4

05:07

10.04-quantum fourier transform.mp4

18:38

10.05-quantum phase estimation.mp4

24:35

11.01-introduction to next steps.mp4

06:28

11.02-qiskit documentation.mp4

05:34

11.03-quantum hardware.mp4

10:25

9781803235677 Code.zip

Description

Quantum computers are expected to change our lives drastically in the upcoming years. We know we can solve specific problems in minutes with Quantum computers while we can solve them in thousands of years with classical computers. If you want to get ahead of technology and learn about the future, then you are in the right place!

Throughout the course, we will start from nothing and understand the principles of quantum mechanics and how to use them in Quantum computers. We will write our own codes to execute on real Quantum computers using IBM Qiskit technology. If you have a high school level of mathematical knowledge, you can take this course.

Throughout the course, we will use real Quantum computers as well as simulators using IBM Qiskit framework. Python programming language will be delivered from scratch, all the way up to the details.

When you complete this training, you will be able to understand the theory and practice of Quantum computing, write your own circuits, and execute codes on real Quantum computers. You will easily adapt your quantum knowledge to other Quantum computers rather than IBM. Since IBM is the only provider for Quantum computers on the cloud, without paying any fee right now, all examples will be executed on IBMQ.

Happy coding!

All codes and resources are available here:

https://github.com/PacktPublishing/The-Complete-Quantum-Computing-Course-for-Beginners-

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Rob Percival

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Rob Percival is a highly regarded web developer and Udemy instructor with over 1.7 million students. Over 500,000 of them have taken Rob’s Complete Web Developer Course 2.0, as well as his Android Developer and iOS Developer courses.

PacktPub

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Packt is a publishing company founded in 2003 headquartered in Birmingham, UK, with offices in Mumbai, India. Packt primarily publishes print and electronic books and videos relating to information technology, including programming, web design, data analysis and hardware.