Quantum Research Scientist

Overview

Research and develop quantum sensing systems using NV centers and integrated photonics.

Key Responsibilities

• quantum sensing
• odmr design
• microscopy optimization
• photonic integration
• system miniaturization
• performance testing

Tasks

-Conduct research on quantum sensing protocols for magnetic field, electric field, temperature, and pressure measurements. Investigate novel quantum sensing modalities and improve sensitivity, spatial resolution, and temporal resolution. -Investigate novel methodologies for applied quantum techniques outside of sensing applications. -Design and implement optically determined magnetic resonance (ODMR) sensing systems using nitrogen-vacancy (NV) centers and other quantum defects. Optimize and upgrade confocal microscopy setups for quantum sensing applications. -Lead efforts to downsize quantum sensing concepts from optical table setups to integrated photonic packages. Develop compact optical systems including miniaturized lasers, photodetectors, and optical components. Optimize system performance while maintaining quantum sensing advantages in miniaturized formats -Design experiments to characterize quantum sensor performance under various environmental conditions

Requirements

• lumerical
• comsol
• quantum defects
• python
• laser systems
• phd

What You Bring

-Background in integrated photonics design and simulation (e.g., Lumerical, COMSOL) -Quantum Systems: Deep understanding of quantum defects (NV centers, SiC defects, etc.), quantum sensing protocols, and spin physics -Scientific Writing: Clear communication of results to internal research teams using graphs, mathematics, etc. -Ability to work within and contribute to cross-disciplinary research teams with key deliverables including prototypes, intellectual property, and publications (an active interest in publishing is highly desirable). -Familiarity with electronics design and packaging -Willingness to participate in, support, and contribute to work-place safety culture and activities. -Experience with quantum communication concepts (e.g., squeezed light, entangled photons) -Programming: Strong skills in Python, MATLAB, or similar for data analysis and instrument control -Optical Systems: Proficiency in laser systems, optical design, confocal microscopy, free-space alignment, and photon detection -Instrumentation: Experience with microwave electronics, lock-in amplifiers, data acquisition systems, and precision measurement techniques -Doctorate in Physics, Electrical Engineering or other applicable area

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