About the Role
This role involves driving the creation and optimization of quantum applications that demonstrate clear advantage over classical methods, working closely with research, engineering, and software teams to translate theoretical concepts into scalable solutions.
Responsibilities
- Lead the design and implementation of quantum algorithms tailored to practical use cases
- Identify industry problems where quantum computing can provide measurable improvements
- Collaborate with researchers to refine quantum methods for real-world deployment
- Develop benchmarks to compare quantum and classical computational performance
- Publish findings in peer-reviewed journals and present at technical conferences
- Translate client or domain-specific needs into quantum-ready workflows
- Optimize quantum circuits for execution on current and near-term hardware
- Work with software engineers to integrate quantum solutions into broader platforms
- Guide the selection of application areas with the highest potential for quantum advantage
- Contribute to roadmap planning for quantum application development
- Mentor junior scientists and contribute to technical direction
- Stay current with advancements in quantum computing and related fields
- Support grant proposals and technical documentation
- Evaluate emerging quantum software tools and frameworks
- Ensure developed applications align with hardware constraints and capabilities
- Participate in cross-team initiatives to enhance system-wide performance
- Analyze experimental results to refine algorithmic approaches
- Develop proof-of-concept demonstrations for key applications
- Collaborate on error mitigation strategies specific to application contexts
- Interface with external partners to validate use case relevance
- Drive innovation in hybrid quantum-classical computational models
- Contribute to open-source quantum software projects when applicable
- Assist in defining metrics for application success and scalability
- Support educational outreach to promote quantum application understanding
- Ensure reproducibility and robustness in all developed solutions
Nice to Have
- Postdoctoral research experience in quantum information science
- Hands-on experience with trapped ion quantum systems
- Contributions to open-source quantum computing projects
- Industry experience in quantum technology development
- Leadership in multi-institutional research collaborations
- Experience with hybrid quantum-classical algorithm design
- Familiarity with cloud-based quantum computing platforms
- Prior work in quantum chemistry, optimization, or finance applications
- Strong record of technical innovation
- Experience presenting to both technical and non-technical audiences
Compensation
Competitive salary and comprehensive benefits package including equity and performance incentives
Work Arrangement
Hybrid work model with on-site and remote flexibility
Team
Collaborative environment with researchers, engineers, and software developers focused on advancing quantum computing
Why This Role Matters
Quantum computing is approaching a pivotal stage where practical applications can begin to outperform classical solutions. This role sits at the intersection of theory and implementation, directly shaping how quantum advantage is demonstrated and delivered. The scientist will help define what real-world quantum computing looks like and ensure solutions are scalable, reproducible, and impactful.
Our Commitment to Innovation
We invest in long-term research while maintaining a focus on practical outcomes. Scientists are encouraged to explore high-risk, high-reward ideas while contributing to measurable progress in application development. Access to cutting-edge hardware and a supportive technical community enables rapid prototyping and testing.
Yes, sponsorship available for qualified candidates
