Developers
A curated overview of our key documentation, technical guides and educational resources for quantum developers.
Developers
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Section 1:
Get Started
Welcome to your IonQ Account!
A quick tour of your new account to help you find your way around.
How to run your first program on IonQ cloud
Everything you need to know to get started
Section 2:
Learn Quantum Programming
Programming IonQ's Trapped Ion Quantum Computer
Overview of unique features of IonQ hardware and live demonstration of what we can accomplish programming IonQ hardware using Microsoft Azure
Hello Many Worlds in 7 Quantum Languages
You can access IonQ hardware using every major quantum framework and language
Section 3:
Case Studies
Picturing the Future with Quantum-Enabled Road Sign Recognition
A picture of the future of travel
Approaching Quantum Advantage with IonQ Quantum Computers
Learn to tackle problems using IonQ systems: image recognition and generation, multivariate data generation, speedup of Monte Carlo methods, optimization, condensed matter physics, quantum chemistry
Generative Quantum Machine Learning for Finance
A deep-dive into the world of quantum finance
Improving Battery Chemistry with Quantum Computing
What will the batteries of the future look like?
A Quantum Speedup for String Matching
A faster, memoryless technique for precise string matching
Generating High Resolution Digits on Quantum Computers
IonQ's pioneering work to encode images in a quantum system
Quantum Copulas: Quantum Entanglement Improves Risk Assessment
Learn how quantum computers can be a powerful tool for risk analysis
Section 4:
Quantum Applications
Quantum Natural Language Processing With IonQ Hardware
How does NLP go quantum?
Quantum Computing 101: Introduction, Evaluation, and Applications
A guide for those just getting started exploring quantum computing technolgy and its use cases
Section 5:
Dive Deep Into Quantum Hardware
How Do Trapped Ion Computers Work?
A deep-dive into quantum trapped ion technology
IonQ Aria: Past and Future
Part two of our educational series
IonQ Forte: The First Software-Configurable Quantum Computer
See The World's First Software-Configurable Quantum Computer
What is Hybrid Quantum Computing?
What does a hybrid quantum algorithm look like?
The Value of Classical Quantum Simulators
What is the value?
Reconfigurable Multicore Quantum Architecture
Learn more about our Reconfigurable Multicore Quantum Architecture (RMQA)
Section 6:
Benchmarking Quantum Systems
IonQ Aria: Practical Performance
Part one of our educational series
How To Read an Algorithmic Qubits (#AQ) Chart
A guide for the perplexed
Algorithmic Qubits: A Better Single-Number Metric
Designing a KPI that matters for real workloads
Comparing Quantum Computers: Metrics and Monroney
A deep-dive into two important concepts