Lecture Series: Introduction to Quantum Programming
A four part lecture series, taught by IonQ scientists, designed as an introduction to the fundamentals of quantum programming. Explore topics including quantum algorightms, quantum circuit design and applying these concepts to chemistry problems.
Lecture Series: Introduction to Quantum Programming
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Lesson 1:
Quantum Algorithms
Quantum Computer ML
Learn how quantum computers power machine learning
Variational Quantum Eigensolvers
See the what, when, why, and how
Variational Quantum Eigensolver and Coupled Clusters
Learn about a different way to simulate quantum chemistry on quantum computers
Quantum Algorithms: Bernstein-Vazirani
Functionality and use cases
Quantum Information: The Bell Test
Functionality and use cases
Lesson 2:
Quantum Circuits
Circuit Optimization
How do you maximize the use of a quantum computer?
Intro to Quantum Circuits
An introduction to the function and use of quantum circuits
Quantum Circuits: Controlled Operations
Functionality and use cases
Quantum Circuits: Measurement
Functionality and use cases
Quantum Circuits: Universal Gates
Functionality and use cases
Quantum Circuits: Approximation & Complexity
Functionality and use cases
Quantum Circuits: Quantum Simulation
Functionality and use cases
Lesson 3:
Quantum Programming
Basics of Quantum Computers
An introduction to programming quantum computers
Advanced Circuits in Quantum Computing
Learn how to program advanced circuits
Lesson 4:
Quantum Chemistry
Quantum Chemistry Algorithms for Beginners
An introduction to the functions and uses of chemistry algorithms
Advanced Quantum Chemistry Techniques
What is the potential of quantum chemistry?
Advanced Quantum Chemistry Techniques II
Learn about the recent research in Variational Quantum Eigensolver