Get Quantum Ready With IonQ’s Applications Team
Consulting services from IonQ’s quantum scientists and application developers
Get In Touchadvance access to the Latest IonQ hardware
- Be among the first customer workloads on our experimental quantum systems
- Tackle larger problems that demand the most advanced technology
Support from the best researchers in the industry
- Partner with experts in both IonQ hardware and quantum software development
- Jumpstart quantum efforts while ensuring the most value possible from compute investments
Solutions for Every stage of your quantum journey
- Custom engagements anchored in driving enterprise value
- Support for organizations with limited quantum expertise as well as organizations with dedicated quantum efforts already underway
Quantum Progress, Realized
The IonQ application team works with customer teams at all stages of the quantum journey. Our bespoke approach means we can build an engagement that supports your quantum goals, whatever they are.
Many organizations start with a rough outline of the problems they would like to explore with quantum solutions.
If needed, IonQ can help identify this baseline problem set.
What IonQ Offers:
Quantum Consulting
Application Roadmap
IonQ’s application team can either work hand in hand with your experts to build quantum algorithms or build and deliver turnkey solutions to explore how quantum might be able to offer advantage over existing, classical approaches.
What IonQ Offers:
Priority Access to Latest QPUs
Application Development
Easy Integration- Optimized for trapped ions
NISQ Support
Synthesis and Optimization
If your organization has already experimented with quantum and are looking for a partner to help optimize your algorithms for trapped ions or expand the use of your existing applications to new problem spaces, the IonQ application team can help.
What IonQ Offers:
- Quantum Consulting
Application Development Playbook- Optimized for Trapped Ions
Explore Applications Areas
Some of the most profitable product development applications of classical computation are reaching their limits. Quantum approaches can expand the research and development horizon. Areas of interest for our application team include, but are not limited to:
Computer Vision and Image Recognition- Materials Research
- Natural Language Processing
- High Tech Electronics
- Pharmaceuticals
- Human and Computer Interfaces
- Geo Exploration
Not Sure how to get started?
IonQ’s Applications team can help
The IonQ Application Team can support you on your quantum journey. Quantum scientists can help you identify, test and build quantum solutions for your business
Meet Some of our Team Members
Martin Roetteler
Senior Director of Quantum Solutions
PhD Computer Science
Areas of research interest:
- Quantum Applications
- Quantum Algorithms
Masako Yamada
Director of Applications
PhD Physics
Areas of research interest:
- hybrid computing
- engineering models
- digital twins
Ananth Kaushik
Senior Staff Scientist
PhD Materials Science
Areas of research interest:
- Quantum Simulations
- Quantum Algorithms For Optimization
- Quantum Machine Learning
Sayonee Ray
Staff Scientist
PhD Physics
Areas of research interest:
- Machine Learning And Numerical Methods
- Quantum Algorithms
- Quantum Simulations
Sang Hyub Kim
Senior Staff Engineer
MS Electrical Engineering and Computer Science
Areas of research interest:
- Machine Learning
- Quantum Algorithms
- AI Semiconductor Chips
Luning Zhao
Staff Engineer
PhD Theoretical Chemistry
Areas of research interest:
- Quantum Chemistry
- Quantum Error Mitigation
- Quantum Dynamics
- Quantum Machine Learning
Jason Iaconis
Staff Engineer
PhD Physics
Areas of research interest:
- Quantum Machine Learning
- Quantum Algorithms
- Quantum Simulations
Daiwei Zhu
Staff Engineer
PhD Quantum Computing
Areas of research interest:
- Quantum Algorithm Compilation
- Quantum Machine Learning
- Quantum Algorithms
- Interfaces For Quantum Hardware
Evgeny Epifanovsky
Senior Staff TPM
PhD Physical Chemistry
Areas of research interest:
- Applications Of Quantum Computing
- Computational Modeling
- Quantum Algorithms
Josh Goings
Staff Engineer
PhD Theoretical Chemistry
Areas of research interest:
- Quantum Chemistry
- Quantum Simulation
- Education And Outreach
Willie Aboumrad
Senior Scientist
PhD Computational Mathematics
Areas of research interest:
- Quantum Algorithms And Applications
- Hybrid/High Performance Computing
- Mathematical Modeling
- Education
Samwel Sekwao
Senior Scientist
PhD Physics
Areas of research interest:
- Quantum Applications
- Quantum Machine Learning
- Quantum Simulations
Torin Stetina
Senior Scientist
PhD Theoretical Chemistry
Areas of research interest:
- Quantum Chemistry
- Quantum Simulation
- Quantum Algorithms
Miguel Angel Lopez Ruiz
Senior Scientist
PhD Nuclear Physics
Areas of research interest:
- Quantum Simulation
- Quantum Chemistry
- Tensor Networks
- Education
Claudio Girotto
Staff TPM
PhD Electrical Engineering
Areas of research interest:
- Materials Science
- Renewable Energies
- Artificial Intelligence
- Natural Language Processing
Jonathan Mei
Staff Scientist - Quantum AI and ML
PhD Electrical and Computer Engineering
Areas of research interest:
- Machine Learning Hardware
- Optimization Methods
- Natural Language Processing
- Computer Vision/Graphics
- Signal Processing
Example Application Development Process
Every engagement is customized based on organizational needs, but in general, our co-development process is anchored in several development milestones.
Discovery
Phase 1
Our researchers and quantum developers start every engagement immersing themselves in your business and computational challenges.
- Review existing classical libraries and data sets
- Align on target outcomes and project goals
- Develop project plan
Algorithm Development
Phase 2
The applications team can work hand in hand with your developers or can run experimentation for you to develop novel quantum algorithms to experiment with on IonQ hardware.
- Workshops and collaborative working sessions
- Algorithm development and refinement
Analysis
Phase 3
With access to the most powerful quantum systems in the world, the applications team can deploy the applications on QPUs to analyze the performance and project forward looking opportunities.
- Execute algorithms on IonQ quantum hardware
- Performance report and summary
- Delivery of software libraries
Application Delivery
Ongoing
Conscious to not end engagements with a software handoff only, the Applications Team remains engaged after application delivery to ensure the successful deployment and use of new quantum algorithms.
- Educational support
- Expansion opportunities
- Target outcome and project goal review
Ready to Get Started?
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