Applied Quantum Researcher - Photonics

You will work alongside multidisciplinary scientists and engineers to transform cutting-edge research into functional prototypes, intellectual property, and real-world technology solutions. This position offers the opportunity to contribute to foundational quantum research while helping build scalable systems that move quantum technologies from the laboratory toward practical deployment., * Design, develop, and optimize quantum photonic devices and subsystems focused on quantum communication, single-photon generation, entanglement distribution, and ultra-low-count measurement techniques.

• Conduct advanced research in quantum information science, including quantum interference, squeezed states of light, mode decomposition, and other emerging quantum phenomena.
• Investigate and develop novel quantum-enabled methodologies and applications beyond traditional quantum information processing.
• Design and execute rigorous experimental programs to characterize quantum photonic devices under varying environmental conditions, including temperature, vibration, and electromagnetic influences.
• Develop, test, and integrate single-photon sources and quantum photonic components into larger system architectures while maintaining quantum state fidelity and overall system performance.
• Contribute to the development of quantum information testing infrastructure, including automated measurement platforms, calibration methodologies, and standardized validation processes.
• Analyze experimental results and communicate findings through technical reports, presentations, publications, and intellectual property disclosures.
• Collaborate closely with physicists, optical engineers, electrical engineers, software developers, and fabrication specialists to advance research objectives and deliver technical milestones.
• Support the transition of concepts from theoretical investigation to prototype demonstration and technology maturation.
• Actively contribute to a culture of innovation, scientific excellence, and workplace safety.

Do you have experience in Validation design?, Do you have a Doctoral degree?, * Ph.D. in Physics, Applied Physics, Electrical Engineering, Optical Engineering, Quantum Engineering, or a related technical discipline.

Technical Expertise

Quantum Systems

• Deep understanding of quantum mechanics and quantum photonic systems, including:
• Entanglement generation and characterization
• Quantum state engineering and manipulation
• Mode decomposition techniques
• Nonlinear quantum state generation
• Spin-based quantum systems and associated physics

Optical Systems

• Strong hands-on experience with:
• Laser systems and optical instrumentation
• Free-space optical alignment
• Precision optical coupling techniques
• Photon detection technologies
• Optical system design and integration

Experimental Research & Instrumentation

• Experience developing and executing complex experimental programs involving:
• Chip-scale and integrated photonic testing
• Precision fiber alignment and packaging
• Instrument synchronization and automated measurement systems
• Data acquisition, validation, and statistical analysis
• Experimental troubleshooting and root-cause investigation

Programming & Data Analysis

• Proficiency in Python, MATLAB, or similar scientific programming environments for:
• Instrument control and automation
• Data processing and visualization
• Modeling and analysis of experimental results

Technical Communication

• Demonstrated ability to communicate complex scientific concepts and research outcomes through technical reports, publications, presentations, and collaborative discussions., Photonic Design & Simulation
• Experience with integrated photonics design and simulation tools such as:
• Lumerical
• COMSOL Multiphysics
• CST Studio Suite
• Finite-Difference Time-Domain (FDTD) simulation methods

Electronics & Systems Integration

• Familiarity with:
• High-speed electronic systems
• PCB design and layout
• Optoelectronic packaging
• Mixed optical-electrical system integration

Fabrication & Process Development

• Experience with semiconductor and photonic fabrication techniques, including:
• Electron-beam lithography
• Thin-film processing
• Etching and microfabrication methods
• Nanofabrication workflows, * Doctorate (Required), * Quantum photonics systems: 4 years (Preferred)
• Single-photon source development: 3 years (Preferred)
• Quantum communication research: 3 years (Preferred)
• Laser systems and optical alignment: 4 years (Preferred)
• Photon detection technologies: 3 years (Preferred)
• Python for scientific analysis: 4 years (Preferred)
• MATLAB for modeling and analysis: 3 years (Preferred)
• Photonics lab experimentation: 4 years (Preferred)
• Integrated photonics testing: 3 years (Preferred)
• Technical papers or publications: 3 years (Preferred)

Pulled from the full job description

• Referral program
• Professional development assistance
• Tuition reimbursement
• Parental leave
• 401(k)
• Health insurance
• 401(k) matching, * 401(k)
• 401(k) matching
• Dental insurance
• Health insurance
• Health savings account
• Life insurance
• Paid time off
• Parental leave
• Professional development assistance
• Referral program
• Tuition reimbursement
• Vision insurance

Application Question(s):

• Will you now or in the future require visa sponsorship?
• Describe your most significant quantum photonics project and your role in its success.
• Tell us about a challenging experiment involving quantum or optical systems and how you solved it.

Adapt Technology is a dynamic engineering and staffing firm based in the United States, specializing in innovative design, prototyping, scanning, and production manufacturing services. We serve a diverse array of industries including aerospace, automotive, medical, defense, and automation, delivering tailored solutions from concept to realization with precision and expertise.