Introduction to Quantum Computing: Quantum Algorithms and Qiskit
Link to JOIN - https://onlinecourses.nptel.ac.in/noc21_cs103/preview
Introduction to Quantum Computing: Quantum Algorithms and Qiskit
By Prof. Prabha Mandayam, Prof. Anupama Ray, Prof. Sheshashayee Raghunathan | IIT Madras, IBM Research, ...IBM Systems
Quantum computing is fast emerging as one the key disruptive technologies of our times. It is a fundamentally new computing paradigm that has the potential to efficiently solve certain challenging problems which cannot be solved efficiently in a classical setting. IBM has made significant investment in this technology and is recognized as a leader in this space. This
course will provide introduction to Quantum Computation, starting with basic concepts such as superposition and entanglement, to discussing the quantum circuit model of computation and basic Quantum algorithms that demonstrate the power of computing with quantum bits...
Introduction to Quantum Computing: Quantum Algorithms and Qiskit
By Prof. Prabha Mandayam, Prof. Anupama Ray, Prof. Sheshashayee Raghunathan | IIT Madras, IBM Research, ...IBM Systems
Quantum computing is fast emerging as one the key disruptive technologies of our times. It is a fundamentally new computing paradigm that has the potential to efficiently solve certain challenging problems which cannot be solved efficiently in a classical setting. IBM has made significant investment in this technology and is recognized as a leader in this space. This
course will provide introduction to Quantum Computation, starting with basic concepts such as superposition and entanglement, to discussing the quantum circuit model of computation and basic Quantum algorithms that demonstrate the power of computing with quantum bits...
Introduction to Quantum Computing: Quantum Algorithms and Qiskit
Link to JOIN - https://onlinecourses.nptel.ac.in/noc21_cs103/preview [...]
mod01lec01 - Quantum Computing Roadmap
mod01lec02 - Quantum Mission in India
mod01lec03 - A Brief Introduction to Applications of Quantum
mod01lec04 - Quantum Computing Basics
Classical Computing vs Quantum Computing,
mod01lec05 - Postulates of Quantum Mechanics - Part I
Two-level quantum systems, The qubit state space
mod01lec06 - Postulates of Quantum Mechanics - Part II
Quantum Observables and Time-evolution
mod01lec07 - Quantum Measurements
The measurement postulate, Ster-Gerlach experiment
mod01lec08 - Quantum Gates and Circuits - Part 1
mod01lec09 - Quantum Gates and Circuits - Part 2
mod02lec10 - Programming using IBM Quantum Experience and Circuit Composer
mod02lec11 - Quantum Computing Concepts: Entanglement and Interference - Part 1
mod02lec12 - Quantum Computing Concepts: Entanglement and Interference - Part 2
mod02lec13 - Programming using Qiskit - Part 1
Programming using Qiskit, Create superposition and entanglement, [...]
mod02lec14 - Programming using Qiskit - Part 2
Programming using Qiskit, Create superposition and entanglement, [...]
mod03lec15 - Quantum Algorithms: Deutsch Jozsa Algorithm
Quantum Algorithms: Deutsch Jozsa Algorithm, coding using circuit composer
mod03lec16 - Quantum Algorithms: Bernstein Vazirani Algorithm
Bernstein Vazirani Algorithm: theory + programming
mod03lec17 - Quantum Algorithms : Grover's Search
Grover's Search, Coding Grover's Search on Qiskit
mod03lec18 - Grover's algorithm Programming
coding Grover's algorithm on Qiskit
mod04lec19 - NISQ-era quantum algorithms
mod04lec20 - Variational Quantum Algorithms
mod04lec21 - Variational Quantum Eigensolver
mod04lec22 - Quantum Generative Adversarial Networks (QGANs)
mod04lec23 - Fixing quantum errors with quantum tricks: A brief introduction to QEC - Part 1
Fixing quantum errors with quantum tricks: A brief introduction to [...]
mod04lec24 - Fixing quantum errors with quantum tricks: A brief introduction to QEC - Part 2
Fixing quantum errors with quantum tricks: A brief introduction to [...]
mod04lec25 - Fixing quantum errors with quantum tricks: A brief introduction to QEC - Part 3
Fixing quantum errors with quantum tricks: A brief introduction to [...]
Qiskit Global Summer School 2020 — The Largest Global Quantum Computing Summer School
The Qiskit global summer school was a two-week intensive course designed to empower the next generation of #quantum developers and scientists with the knowledge to explore quantum applications on their ...own. #qiskitgss #qgss
Your formal invite to weekly Qiskit videos ► https://qisk.it/sub
Your formal invite to weekly Qiskit videos ► https://qisk.it/sub
Qiskit Global Summer School 2020 — The Largest Global Quantum Computing Summer School
The Qiskit global summer school was a two-week intensive course [...]
1. Qubits and Quantum States, Quantum Circuits, Measurements - Part 1
Lecturer: Elisa Bäumer Lectures 1-3: [...]
2. Qubits and Quantum States, Quantum Circuits, Measurements - Part 2
Lecturer: Elisa Bäumer Lecture Notes and Labs: [...]
3. Qubits and Quantum States, Quantum Circuits, Measurements - Part 3
Lecturer: Elisa Bäumer Lecture Notes and Labs: [...]
4. Writing and Running Quantum Programs - Part 1
Lecturer: Elisa Bäumer Lecture Notes and Labs: [...]
5. Writing and Running Quantum Programs - Part 2
Lecturer: Elisa Bäumer Lecture Notes and Labs: [...]
6. Writing and Running Quantum Programs - Part 3
Lecturer: Elisa Bäumer Lecture Notes and Labs: [...]
7. Shor's Algorithm I: Understanding Quantum Fourier Transform, Quantum Phase Estimation - Part 1
Lecturer: Abraham Asfaw Lecture Notes and Labs: [...]
8.Shor's Algorithm I: Understanding Quantum Fourier Transform, Quantum Phase Estimation - Part 2
Lecturer: Abraham Asfaw Lecture Notes and Labs: [...]
9. Shor's Algorithm I: Understanding Quantum Fourier Transform, Quantum Phase Estimation - Part 3
Lecturer: Abraham Asfaw Lecture Notes and Labs: [...]
10. Shor's algorithm II: From Factoring to Period-Finding, Writing the Quantum Program - Part 1
Lecturer: Abraham Asfaw Lecture Notes and Labs: [...]
11. Shor's algorithm II: From Factoring to Period-Finding, Writing the Quantum Program - Part 2
Lecturer: Abraham Asfaw Lecture Notes and Labs: [...]
12. Shor's algorithm II: From Factoring to Period-Finding, Writing the Quantum Program - Part 3
Lecturer: Abraham Asfaw Lecture Notes and Labs: [...]
13. Quantum Error Correction using Repetition Codes - Part 1
Lecturer: James Wootton, PhD Lecture Notes and Labs: [...]
14. Quantum Error Correction using Repetition Codes - Part 2
Lecturer: James Wootton, PhD Lecture Notes and Labs: [...]
15. Quantum Error Correction using Repetition Codes - Part 3
Lecturer: James Wootton, PhD Lecture Notes and Labs: [...]
16. Superconducting Qubits I: Quantizing a Harmonic Oscillator, Josephson Junctions - Part 1
Lecturer: Zlatko Minev, PhD Lecture Notes and Labs: [...]
17. Superconducting Qubits I: Quantizing a Harmonic Oscillator, Josephson Junctions - Part 2
Lecturer: Zlatko Minev, PhD Lecture Notes and Labs: [...]
18. Superconducting Qubits I: Quantizing a Harmonic Oscillator, Josephson Junctions - Part 3
Lecturer: Zlatko Minev, PhD Lecture Notes and Labs: [...]
19. Superconducting Qubits II: Circuit Quantum Electrodynamics, Readout and Calibration Methods Pt 1
Lecturer: Zlatko Minev, PhD Lecture Notes and Labs: [...]
20. Superconducting Qubits II: Circuit Quantum Electrodynamics, Readout and Calibration Methods Pt 2
Lecturer: Zlatko Minev, PhD Lecture Notes and Labs: [...]
21. Superconducting Qubits II: Circuit Quantum Electrodynamics, Readout and Calibration Methods Pt 3
Lecturer: Zlatko Minev, PhD Lecture Notes and Labs: [...]
22. Quantum Chemistry I: Obtaining the Qubit Hamiltonian for H2 and LiH - Part 1
Lecturer: Antonio Mezzacapo, PhD Lecture Notes and Labs: [...]
23. Quantum Chemistry I: Obtaining the Qubit Hamiltonian for H2 and LiH - Part 2
Lecturer: Antonio Mezzacapo, PhD Lecture Notes and Labs: [...]
24. Quantum Chemistry I: Obtaining the Qubit Hamiltonian for H2 and LiH - Part 3
Lecturer: Antonio Mezzacapo, PhD Lecture Notes and Labs: [...]
25. Quantum Chemistry II: Finding the Ground States of H2 and LiH - Part 1
Lecturer: Abhinav Kandala, PhD Lecture Notes and Labs: [...]
26. Quantum Chemistry II: Finding the Ground States of H2 and LiH - Part 2
Lecturer: Abhinav Kandala, PhD Lecture Notes and Labs: [...]
27. Quantum Chemistry II: Finding the Ground States of H2 and LiH - Part 3
Lecturer: Abhinav Kandala, PhD Lecture Notes and Labs: [...]
How to Get a Job in Quantum Computing, Career Panel
Your formal invite to weekly Qiskit videos ► https://qisk.it/sub Our [...]
Introduction to Quantum Computing and Quantum Hardware — Lab 1
Author: Abraham Asfaw Lectures and Lecture Notes: [...]
Introduction to Quantum Computing and Quantum Hardware — Lab 2
Author: Abraham Asfaw Lectures and Lecture Notes: [...]
Introduction to Quantum Computing and Quantum Hardware — Lab 3
Author: Abraham Asfaw Lectures and Lecture Notes: [...]
Introduction to Quantum Computing and Quantum Hardware — Lab 4
Author: Abraham Asfaw Lectures and Lecture Notes: [...]
Introduction to Quantum Computing and Quantum Hardware — Lab 5
Author: James Wootton, PhD Lectures and Lecture Notes: [...]
Introduction to Quantum Computing and Quantum Hardware — Lab 6
Author: Nicholas Bronn, PhD Lectures and Lecture Notes: [...]
Introduction to Quantum Computing and Quantum Hardware — Lab 7
Author: Nicholas Bronn, PhD Lectures and Lecture Notes: [...]
Introduction to Quantum Computing and Quantum Hardware — Lab 8
Author: Antonio Mezzacapo, PhD Lectures and Lecture Notes: [...]
Introduction to Quantum Computing and Quantum Hardware — Lab 9
Author: Abhinav Kandala, PhD Lectures and Lecture Notes: [...]
Quantum Computing: Algorithm, Programming and Hardware, an Introduction
https://www.amazon.com/Introduction-Quantum-Computing-Layperson-Programmer/dp/303136984X
Playlists:
https://www.youtube.com/playlist?list=PLnK6MrIqGXsJfcBdppW3CKJ858zR8P4eP
https://www.youtube.com/playlist?list=PLnK6MrIqGXsL1KShnocSdwNSiKnBodpie
In this tutorial, we will first discuss the fundamental principles of quantum computing algorithms. We will run one of the basic quantum algorithms, the Deutsch algorithm, on IBM’s quantum computer ...to further appreciate the origin of speed-up and the limitations in quantum computers. Error correction, which is essential to realize a fault-tolerant quantum computer, will be briefly covered. Finally, using the superconductor-based quantum computer as an example, we will study how to implement the essential operations in quantum computers, namely, qubit initialization, readout, and manipulations.
Playlists:
https://www.youtube.com/playlist?list=PLnK6MrIqGXsJfcBdppW3CKJ858zR8P4eP
https://www.youtube.com/playlist?list=PLnK6MrIqGXsL1KShnocSdwNSiKnBodpie
In this tutorial, we will first discuss the fundamental principles of quantum computing algorithms. We will run one of the basic quantum algorithms, the Deutsch algorithm, on IBM’s quantum computer ...to further appreciate the origin of speed-up and the limitations in quantum computers. Error correction, which is essential to realize a fault-tolerant quantum computer, will be briefly covered. Finally, using the superconductor-based quantum computer as an example, we will study how to implement the essential operations in quantum computers, namely, qubit initialization, readout, and manipulations.
Quantum Computing: Algorithm, Programming and Hardware, an Introduction
[...]
Quantum Computing Explained and Overview
Playlist: [...]
Lecture 1, Ch 2: Overview of Quantum Computing Part 1
Playlist: [...]
Lecture 2, Ch 2: Overview of Quantum Computing Part 2
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Lecture 3, Ch 3, 4: Vector space, Orthonormal Basis, Dirac Braket, Measurement in Quantum Computing
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Lecture 3 - review, Ch 3,4 Review Basis, Basis Vectors and Inner Product in Quantum Computing
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Lecture 4-1, Ch 5 Part 1: Changing Basis and Heisenberg Uncertainty Principle
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Lecture 4-2, Ch 5 Part 2: Bra Ket Operations 1 and Vector Normalization
Playlist: [...]
Lecture 5, Ch 6,7 Pauli Spin Matrices, Eigenvalues and Eigenvectors
Playlist: [...]
Lecture 6, Ch7,8 Operators, Matrices, Adjoint, Hermitian Matrices, Braket Equations for Operators
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2023 Lecture 6 Hermitian Matrix and Real Eigenvalue and Assignment 1
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Lecture 7-1 Ch9 Matrix Diagonalization and Finding Eigenvalues and Eigenvectors
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Lecture 7-2, Ch9 Constructing Matrix from its Eigenvalues and Eigenvectors
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Lecture 7-3, Ch9 Unitary Matrix and Transformation Matrix Construction
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Lecture 7-4, Ch10-1 Completeness of Basis
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2023 Lecture 7: Eigenvectors and Unitary Transformation
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Lecture 8-1, Ch8-2 Projection Operator and Measurement
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Lecture 8-2, Ch11-1 Hilbert Space
Playlist: [...]
Lecture 9-1, Ch11-2 Tensor Product of Qubits
Playlist: [...]
Lecture 9-2, Ch12-1 Tensor Product of Operator Matrices
Playlist: [...]
Lecture 9-3, Ch12-2 Partial Measurement
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Lecture 10-1, Ch12-3 Representing a Matrix in a Give Basis
Playlist: [...]
Lecture 10-2, Ch13-1 Quantum Register and Data Processing
Playlist: [...]
Lecture 10-3, Ch13-2 Quantum Entanglement
Playlist: [...]
Lecture 11-1, Ch13-3 Einstein–Podolsky–Rosen EPR Paradox, Spooky Action at a Distance
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Lecture 11-2, Ch13-4 Unitary Gate and Schroedinger Equation
Playlist: [...]
Lecture 11-3, Ch15-1 NOT Gate and CNOT XOR Gate
Playlist: [...]
Lecture 11-4, Ch16-1 SWAP Gate
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Lecture 11-5, Ch16-2 Phase Shift and Controlled Phase Shift Gates
Playlist: [...]
2023 Lecture 12 Review of Tensor Product, EPR Paradox, NOT Gate, XOR Gate, SWAP Gate
Playlist: [...]
Lecture 12-1, Ch16-3 Quantum Toffoli / CCNOT Gate and Construction of Toffoli Gate
Playlist: [...]
Lecture 12-2, Ch14 Represent operator in different basis and trace of a matrix
How to represent an operator in a different basis; Trace of Matrix [...]
Lecture 13-1 (Extra after 2022 Nobel Prize) Bell's Theorem and Bell Inequality, An Introduction
Playlist: [...]
Lecture 13-2, Ch17 1 Hadamard Gate and Creation of Superposition
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Lecture 14, Ch17-2 Hadamard Gate on Arbitrary Basis States and Numerical Examples
Playlist: [...]
Lecture 15-1, Ch19-1 No-Cloning Theorem
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Lecture 15-2, Ch18-1 A Quantum Circuit Example: MSB, LSB, Matrix, IBM-Q
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Lecture 15-3, Midterm Review: Ch2 to Ch12 Essential Linear Algebra for Quantum Computing
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Lecture 15-4, Ch18-2 Implementing SWAP Gate using CNOT Gate
Playlist: [...]
Lecture 16-1) Ch19-2 Quantum Teleportation 1
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Lecture 16-2, Ch20 Quantum Teleportation 2 and Entanglement Swapping - IBM-Q example
Playlist: [...]
Lecture 17-1 Ch21 Deutsch Algorithm
Playlist: [...]
IBM-Q Live Demo using Deutsch Algorithm (Extra)
Using IBM-Q Lab Composer and Quantum Lab to run Deutsch Algorithm; [...]
Lecture 17-2, Ch22 Quantum Oracles
Playlist: [...]
2023 Lecture 17 - Entanglement Swapping and Deutsch Algorithm
Playlist: [...]
Lecture 18-1, Ch23-1 Algorithm Complexity
Playlist: [...]
Lecture 18-2, Ch23-2 Grover's Algorithm 1
Playlist: [...]
Lecture 19-1, Ch24-1 Grover's Algorithm 2
Playlist: [...]
Lecture 19-2, Ch24-2 Using XOR Oracle in Grover's Algorithm
Playlist: [...]
Lecture 20, Ch25-1 Quantum Fourier Transform I
Playlist: [...]
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