Researcher - Applied Quantum

Job Description – Duties & Responsibilities

• Design, develop, and implement cutting-edge quantum photonic devices and components, with a strong focus on quantum communication, single-photon generation, entanglement, and ultra-low-count measurement techniques.

• Lead the design and assembly of photonic components into robust, high-performance subsystems and integrated platforms.

• Conduct advanced research in quantum information and quantum communication, including squeezed light, quantum interference, and mode decomposition.

• Explore and develop novel applied quantum methodologies beyond traditional information-centric applications.

• Design and execute rigorous experimental campaigns to characterize quantum photonic devices under real-world environmental conditions, including temperature variation, vibration, and magnetic fields.

• Contribute to the development of a quantum information test bench, including standardized calibration procedures and automated measurement systems.

• Develop, characterize, and integrate single-photon sources into larger system architectures, optimizing performance while preserving quantum state integrity.

• Collaborate closely with cross-disciplinary research teams to deliver tangible outcomes such as functional prototypes, intellectual property, and peer-reviewed publications (active interest in publishing is strongly encouraged).

• Actively support and contribute to a strong workplace safety culture through participation in safety initiatives and best practices.

Required Education & Experience

• Ph.D. in Physics, Applied Physics, Electrical Engineering, Optical Engineering, or a closely related field.

Required Technical Skills

• Quantum Systems

• Deep understanding of entanglement, mode decomposition, nonlinear state generation, and spin physics.

• Optical Systems

• Strong proficiency with laser systems, optical design, precision coupling, free-space alignment, and photon detection technologies.

• Instrumentation

• Hands-on experience with chip-scale photonics testing, precision fiber alignment, instrument coordination and synchronization, and rigorous data validation.

• Programming & Data Analysis

• Strong skills in Python, MATLAB, or similar tools for data analysis, experiment automation, and instrument control.

• Scientific Communication

• Ability to clearly communicate complex technical results to internal research teams using well-structured data, graphs, and mathematical frameworks.

Preferred Skills

• Simulation & Design

• Experience with integrated photonics design and FDTD simulation tools such as Lumerical, COMSOL, or CST.

• Electronics

• Familiarity with high-speed electronics, PCB layout, and optoelectronic packaging.

• Fabrication

• Exposure to nanofabrication techniques, including e-beam lithography and etching processes, is a plus.

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Company Overview

Adapt Technology is a dynamic engineering and staffing firm based in the United States, specializing in innovative solutions across industries such as aerospace, automotive, medical, defense, and automation. We provide comprehensive services from design and prototyping to production manufacturing, emphasizing personalized attention and precise results to meet diverse client needs.

Job Type: Full-time

Pay: $45.00 - $55.00 per hour

Expected hours: No less than 40 per week

Benefits:

• 401(k)

• 401(k) matching

• Dental insurance

• Health insurance

• Health savings account

• Life insurance

• Paid time off

• Parental leave

• Professional development assistance

• Referral program

• Vision insurance

Application Question(s):

• Will you now or in the future require VISA sponsorship?

• Describe a quantum photonics system you designed or built. What were the key tradeoffs and how did you validate performance?

• Tell us about a challenging quantum or optical experiment. What went wrong, and how did you diagnose and resolve it?

Education:

• Doctorate (Preferred)

Experience:

• Quantum photonic device design: 4 years (Preferred)

• Single-photon sources and detection systems: 3 years (Preferred)

• Entanglement or quantum interference experiments: 3 years (Preferred)

• Free-space optical alignment and coupling: 4 years (Preferred)

• Laser system setup and stabilization: 4 years (Preferred)

• Chip-scale or integrated photonics testing: 3 years (Preferred)

• Automated measurement or calibration systems: 3 years (Preferred)

• Python or MATLAB for instrument control: 3 years (Preferred)

• Environmental testing of optical systems: 2 years (Preferred)

• Cross-disciplinary research project delivery: 4 years (Preferred)

Work Location: In person