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[FreeCoursesOnline.Me] PacktPub - The Complete Quantum Computing Course for Beginners [Video]

[FreeCoursesOnline.Me] PacktPub - The Complete Quantum Computing Course for Beginners [Video]

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Description
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By: Codestars by Rob Percival , Atil Samancioglu

Released: September 2021

Course Source: https://www.packtpub.com/product/the-complete-quantum-computing-course-for-beginners-video/9781803235677



Video Details



ISBN 9781803235677

Course Length 15 hours 23 minutes



About



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-



Author



Rob Percival, a best-selling Udemy instructor, wants to revolutionize the way people learn to code by making it simple, logical, fun, and—above all—accessible. He created Codestars, a team of instructors that create structured, interactive courses that make it easy for learners of all ages and levels to build functional websites and apps.



Atil Samancioglu, is a best-selling online instructor serving more than 150,000 students covering ethical hacking and security monitoring, along with Android development and iOS development, Python, and much more. He has trained more than 30,000 students on ethical hacking-related specialties such as Kali Linux, Metasploit, Metasploitable, Nmap, Man In The Middle Attacks, MITM Proxy, Beef, Wireshark, and so on.



He currently works as an eBusiness team leader in a multinational company. He actively attends international cybersecurity conferences and has worked on several large-scale development projects. He excels at explaining complicated matters simply so that his students can easily acquire the knowledge and confidence to execute technical subjects.






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File list
  • [FreeCoursesOnline.Me] PacktPub - The Complete Quantum Computing Course for Beginners [Video]
  • 0. Websites you may like/How you can help our Group!.txt 204 B
  • 01.01-welcome.mkv 33.3 MB
  • 01.02-how_to_use_this_course.mkv 123.6 MB
  • 02.01-introduction_to_mathematical_foundations.mkv 16.4 MB
  • 02.02-how_classical_computers_work.mkv 98.1 MB
  • 02.03-probability.mkv 115.2 MB
  • 02.04-statistics.mkv 93.9 MB
  • 02.05-complex_numbers.mkv 192.1 MB
  • 02.06-matrix.mkv 97.3 MB
  • 02.07-matrix_operations.mkv 121.3 MB
  • 02.08-special_matrices.mkv 131.1 MB
  • 02.09-linear_transformation.mkv 160.6 MB
  • 03.01-qubit_introduction.mkv 17.4 MB
  • 03.02-superposition_and_interference.mkv 360.5 MB
  • 03.03-entanglement.mkv 59.5 MB
  • 03.04-qubit_state.mkv 62.5 MB
  • 03.05-braket.mkv 46.4 MB
  • 03.06-multi_qubit.mkv 79.7 MB
  • 04.01-introduction_to_python_from_scratch.mkv 37.9 MB
  • 04.02-anaconda_installation_for_windows_users.mkv 119 MB
  • 04.03-anaconda_installation_for_mac_users.mkv 121 MB
  • 04.04-numbers.mkv 71 MB
  • 04.05-variables.mkv 86.1 MB
  • 04.06-downloading_notebooks.mkv 40.8 MB
  • 04.07-string.mkv 54.2 MB
  • 04.08-advanced_string.mkv 97.1 MB
  • 04.09-variable_attributes.mkv 125.4 MB
  • 04.10-lists.mkv 74.3 MB
  • 04.11-lists_advanced.mkv 33.4 MB
  • 04.12-dictionary.mkv 83.2 MB
  • 04.13-sets.mkv 78.6 MB
  • 04.14-tuples.mkv 45.9 MB
  • 04.15-boolean.mkv 30.2 MB
  • 04.16-logical_comparisons.mkv 52.4 MB
  • 04.17-if_statements.mkv 62.3 MB
  • 04.18-statements_continued.mkv 69.2 MB
  • 04.19-statements_practical_usage.mkv 36.3 MB
  • 04.20-for_loop.mkv 73.5 MB
  • 04.21-for_loop_practical_usage.mkv 48.2 MB
  • 04.22-break_continue_pass.mkv 65.7 MB
  • 04.23-while_loop.mkv 93.9 MB
  • 04.24-useful_methods.mkv 87.4 MB
  • 04.25-zip_and_random.mkv 55.8 MB
  • 04.26-lists_advanced.mkv 41.7 MB
  • 04.27-sublime_text_for_windows_users.mkv 65 MB
  • 04.28-command_prompt_for_windows_users.mkv 32.3 MB
  • 04.29-sublime_text_for_mac_users.mkv 59.2 MB
  • 04.30-terminal_for_mac_users.mkv 38.7 MB
  • 04.31-functions_explained.mkv 71.5 MB
  • 04.32-input_and_output.mkv 81.7 MB
  • 04.33-functions_advanced.mkv 84.5 MB
  • 04.34-functions_practical_usage.mkv 88.2 MB
  • 04.35-scope.mkv 115.7 MB
  • 04.36-class.mkv 106.7 MB
  • 04.37-methods.mkv 48.6 MB
  • 04.38-class_practical_usage.mkv 48.5 MB
  • 04.39-inheritance.mkv 58.7 MB
  • 04.40-special_methods.mkv 75.4 MB
  • 04.41-error_handling.mkv 75 MB
  • 04.42-using_libraries.mkv 137.1 MB
  • 04.43-writing_own_modules.mkv 42 MB
  • 04.44-imported_versus_direct.mkv 49.4 MB
  • 05.01-introduction_to_qiskit.mkv 9.2 MB
  • 05.02-classical_gates.mkv 72.1 MB
  • 05.03-ibm_signup.mkv 77 MB
  • 05.04-quantum_gates.mkv 90 MB
  • 05.05-entanglement.mkv 78.4 MB
  • 05.06-qiskit.mkv 145.2 MB
  • 05.07-first_circuit.mkv 94.3 MB
  • 05.08-running_on_simulator.mkv 94.2 MB
  • 05.09-getting_real_quantum_computer_properties.mkv 159.7 MB
  • 05.10-running_on_real_quantum_computer.mkv 80.9 MB
  • 05.11-toffoli.mkv 57.8 MB
  • 06.01-introduction_to_teleportation.mkv 17.8 MB
  • 06.02-phase.mkv 63.1 MB
  • 06.03-phase_and_bloch_sphere.mkv 215.4 MB
  • 06.04-superdense_coding.mkv 83.5 MB
  • 06.05-quantum_teleportation.mkv 143 MB
  • 06.06-teleportation_in_qiskit.mkv 69.8 MB
  • 07.01-introduction_to_bernstein_vazirani.mkv 22.9 MB
  • 07.02-quantum_algorithms.mkv 36.9 MB
  • 07.03-bernstein_vazirani_algorithm.mkv 146.3 MB
  • 07.04-improving_codes.mkv 108.5 MB
  • 08.01-introduction_to_deutsch.mkv 12.2 MB
  • 08.02-deutsch_algorithm.mkv 67.1 MB
  • 08.03-creating_algorithm.mkv 117.4 MB
  • 08.04-deutsch_in_qiskit.mkv 183.5 MB
  • 09.01-introduction_to_grovers.mkv 14.4 MB
  • 09.02-classical_search_algorithm.mkv 69.6 MB
  • 09.03-applying_grovers_on_qiskit.mkv 256.9 MB
  • 09.04-aqua_and_dinner_party.mkv 144.5 MB
  • 10.01-introduction_to_shors.mkv 33.1 MB
  • 10.02-shors_algorithm.mkv 145 MB
  • 10.03-shor_easy_way.mkv 43.6 MB
  • 10.04-quantum_fourier_transform.mkv 140 MB

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