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Lecture 1 : Why Quantum Computing?

Lecture 2 : Postulates of Quantum Mechanics I

Lecture 3 : Postulates of Quantum Mechanics II

Lecture 4 : Qubit- The smallest unit

Lecture 5 : Qubit- Bloch sphere representation

Lecture 6 : Multiple Qubit States and Quantum Gates

Lecture 7 : Quantum Gates

Lecture 8 : Quantum Circuts

Lecture 9 : No-Cloning Theorem and Quantum Teleportation

Lecture 10 : Super Dense Coding

Lecture 11 : Density Matrix-I

Lecture 12 : Density Matrix-II

Lecture 13 : Bloch Sphere and Density Matrix

Lecture 14 : Measurement Postulates-I

Lecture 15 : Measurement Postulates-II

Lecture 16 : Simple Algorithms-Deutsch Algorithm

Lecture 17 : Deutsch-Josza & Bernstein-Vazirani Algorithms

Lecture 18 : Simon Problem

Lecture 19 : Grover's Search Algorithm - I

Lecture 20 : Grover's Search Algorithm - II

Lecture 21 : Grover's Search Algorithm - III

Lecture 22 : Grover's Search Algorithm - IV

Lecture 23 : Quantum Fourier Transform

Lecture 24 : Period Finding and QFT

Lecture 25 : Implementing QFT

Lecture 26 : Implementing QFT-3 qubits (and more)

Lecture 27 : Shor's Factorization Algorithm

Lecture 28 : Shor's Factorization Algorithm-Implementation

Lecture 29 : Shor's Algorithm-Continued Fraction

Lecture 30 : Quantum Error Correction-I

Lecture 31 : Quantum Error Correction-II Three Qubit Code

Lecture 32 : Quantum Error Correction-III Shor's 9 Qubit Code-I

Lecture 33 : Quantum Error Correction-IV Shor's 9 Qubit Code-II

Lecture 34 : Classical Information Theory

Lecture 35 : Shannon Entropy

Lecture 36 : Shannon's Noiseless Coding Theorem

Lecture 37 : Ven Neumann Entropy

Lecture 38 : EPR and Bell's Inequalities - I

Lecture 39 : EPR and Bell's Inequalities - II

Lecture 40 : EPR and Bell's Inequalities - III

Lecture 41 : Cryptography-RSA Algorithm-I

Lecture 42 : Cryptography-RSA Algorithm-II

Lecture 43 : Quantum Cryptography-I

Lecture 44 : Quantum Cryptography-II

Lecture 45 : Experimental Aspects of Quantum Computing - I

Lecture 46 : Experimental Aspects of Quantum Computing - II

Description:

Course outline: The course is Primarily for Students of Physics and Engineering having exposure to basic quantum mechanics and knowledge of Linear Algebra. Learn about Quantum computing to Quantum Cryptography from Professor Dipan Ghosh from IIT Bombay

Quantum Information and Computing

NPTEL

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#Computer Science #Quantum Computing #Science #Physics #Quantum Mechanics #Quantum Physics #Quantum Teleportation #Qubits #Quantum Gates #Quantum Error Correction #Cryptography #Quantum Cryptography