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Quantum Computing Bootcamp(A-Z) Complete(Theory + Practical)
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Quantum Computing Bootcamp(A-Z) Complete(Theory + Practical)

About this course

This course is a 2022 Bootcamp on Quantum Computing for students of all levels and all backgrounds. It is perfectly put in the most lucid way possible explaining all the necessary roots of the technology in depth. This course is a one-stop book for quantum computing basics, algorithms, hardware, and applications(Quantum machine learning and Quantum chemistry). Every concept is keenly explained in four different analogies (Mathematics, Physics, Computer Science, and Electrical) to understand the whole and soul of it. This course helps beginners to successfully grasp all the core concepts of quantum computing in theory and gives them the ability to successfully write programs, algorithms. For students who are already in the field, this course will give you an all-around understanding and perfection in the concepts. By the end of this course, students will pick up the mindset of thinking in a quantum way.Contents of the course:Week 1: QuantroductionCourse IntroductionHistoryIntroduction to Quantum ComputingQubits & Quantum GatesWeek - 1 (Practical)Quiz - 1WEEK 2: Math and MechanicsLinear AlgebraPostulates of Quantum MechanicsEntanglement, Bell statesWeek - 2 (Practical)Quiz - 2Week 3: Introduction to Quantum AlgorithmsQuantum Teleportation (Theory + Practical)Deutsch Jozsa Algorithm (Theory + Practical)Bernstein Vazirani Algorithm (Theory + Practical)Quiz - 3WEEK 4: Quantum Search AlgorithmsDifference between classical and quantum search algorithmsAmplitude AmplificationQuantum Search Algorithms ( Grover’s Algorithm )Week - 4 (Practical)Quiz - 4

B

69/100

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What the provider tells you
45/45
Who stands behind it
8/35
How complete the listing is
16/20

Scores how much the provider publishes and who stands behind it — not how well it is taught.

What you'll learn

  • understand the fundamentals of quantum computing
  • grasp quantum algorithms such as Deutsch-Josza and Grover's algorithm
  • apply linear algebra in quantum mechanics
  • perform practical programming related to quantum computing concepts

Course objectives

  • equip beginners with foundational knowledge in quantum computing
  • guide students through practical applications of quantum concepts
  • help professionals refine their understanding of quantum principles
Machine Learning #linear algebra #quantum mechanics #quantum computing #qubits #entanglement #quantum algorithms #quantum chemistry #quantum teleportation #Grover's algorithm #quantum machine learning #quantum gates #Deutsch-Josza algorithm #Bell states #amplitude amplification
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