Characterizing Quantum Systems
Functionality and use cases
Explainer
Characterizing Quantum Systems
Lecture Series: Introduction to Quantum Computers
Last updated:
January 8, 2025
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Characterizing Quantum Systems
Functionality and use cases
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Characterizing Quantum Systems
Trapped Ions Deep Dive
Why are trapped ions the best choice for quantum computing?
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Trapped Ions Deep Dive
Inside a Trapped Ion Quantum Computer
How do trapped Ions perform computation?
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Inside a Trapped Ion Quantum Computer
Overview of Trapped Ion Hardware
How are Ions trapped, and what is the use of trapping them?
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Overview of Trapped Ion Hardware
Overview of Ion Trapping
The theory and technique for trapping ions
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Overview of Ion Trapping
Overview of Quantum Computing Technologies
An introduction to the technology behind quantum computing
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Overview of Quantum Computing Technologies
History of Quantum Computing
How did quantum computing develop as an academic and commercial field?
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History of Quantum Computing
Advanced Quantum Chemistry Techniques II
Learn about the recent research in Variational Quantum Eigensolver
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Advanced Quantum Chemistry Techniques II
Advanced Quantum Chemistry Techniques
What is the potential of quantum chemistry?
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Advanced Quantum Chemistry Techniques
Quantum Chemistry Algorithms for Beginners
An introduction to the functions and uses of chemistry algorithms
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Quantum Chemistry Algorithms for Beginners
Advanced Circuits in Quantum Computing
Learn how to program advanced circuits
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Advanced Circuits in Quantum Computing
Basics of Quantum Computers
An introduction to programming quantum computers
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Basics of Quantum Computers
Quantum Circuits: Quantum Simulation
Functionality and use cases
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Quantum Circuits: Quantum Simulation
Quantum Circuits: Approximation & Complexity
Functionality and use cases
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Quantum Circuits: Approximation & Complexity
Quantum Circuits: Universal Gates
Functionality and use cases
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Quantum Circuits: Universal Gates
Quantum Circuits: Measurement
Functionality and use cases
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Quantum Circuits: Measurement
Quantum Circuits: Controlled Operations
Functionality and use cases
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Quantum Circuits: Controlled Operations
Circuit Optimization
How do you maximize the use of a quantum computer?
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Circuit Optimization
Circuit Optimization
How do you maximize the use of a quantum computer?
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Circuit Optimization
Quantum Information: The Bell Test
Functionality and use cases
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Quantum Information: The Bell Test
Quantum Algorithms: Bernstein-Vazirani
Learn about a different way to simulate quantum chemistry on quantum computers
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Quantum Algorithms: Bernstein-Vazirani
Variational Quantum Eigensolver and Coupled Clusters
Learn about a different way to simulate quantum chemistry on quantum computers
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Variational Quantum Eigensolver and Coupled Clusters
Variational Quantum Eigensolvers
See the what, when, why, and how
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Variational Quantum Eigensolvers
Quantum Computer ML
Learn how quantum computers power machine learning
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Quantum Computer ML
Learn Quantum: Cargo Loading Optimization
Loading cargo onto airplanes is a complex problem IonQ partnered with Airbus to solve.
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Learn Quantum: Cargo Loading Optimization
Learn Quantum: Machine Learning Image Recognition Application
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Learn Quantum: Machine Learning Image Recognition Application
Learn Quantum: What is Trapped Ion Quantum Computing?
Learn the basics about IonQ's trapped ion technology
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Learn Quantum: What is Trapped Ion Quantum Computing?
Learn Quantum: How Does Quantum Computing Work?
Learn the basics of how quantum computing works
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Learn Quantum: How Does Quantum Computing Work?
Learn Quantum: What is Quantum Computing?
Learn the basic ideas premises of quantum computing
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Learn Quantum: What is Quantum Computing?
