Responsibilities: Conduct research to identify and understand bottlenecks limiting the sensitivity of quantum diamond microscopes. Develop and implement experimental techniques to enhance per-pixel sensitivity. Develop theoretical models and simulations to guide improvements in imaging performance. Innovate diamond pillar fabrication techniques and sensitivity calibration. Execute high-sensitivity magnetometry experiments for technology translation. Design and execute experiments involving nitrogen-vacancy (NV) centers in diamond for high-sensitivity magnetometry for technology translation. Analyse experimental data to refine theoretical models and improve measurement protocols. Collaborate with team to integrate findings into existing quantum sensing setups. Qualification & Experience: Doctoral degree in Science or Engineering. Minimum of 3 years of R&D experience in academic institutions, industry, or scientific organizations. Required Expertise: Strong foundation in physics, quantum optics, nanoscience, or related areas. Hands-on experimental skills in optics and experience with NV centers. Preferable hands-on experimental skills in optics and strong theoretical background.
Job Description: Develop optical system design for quantum diamond microscope. Carry out experiments on semiconductor chip investigation with quantum diamond microscope. Develop noise models for quantum diamond imaging with image reconstruction. Design and execute experiments involving nitrogen-vacancy (NV) centers in diamond for high-sensitivity magnetometry for technology translation. Analyse experimental data to refine theoretical models and improve measurement protocols. Collaborate with team to integrate findings into existing quantum sensing setups. Qualification & Experience: Doctoral degree in Science or Engineering or M.Tech with minimum of 2 years of experience. Required Expertise: Strong foundation in physics with understanding in probability. Experience in coding, laser operations, statistics and data analysis. Preferable hands-on experimental skills in optics, signal processing and strong theoretical background.
Job Description: Develop optical system design for quantum diamond microscope. Carry out experiments on semiconductor chip investigation with quantum diamond microscope. Develop noise models for quantum diamond imaging with image reconstruction. Design and execute experiments involving nitrogen-vacancy (NV) centers in diamond for high-sensitivity magnetometry for technology translation. Analyse experimental data to refine theoretical models and improve measurement protocols. Collaborate with team to integrate findings into existing quantum sensing setups. Qualification & Experience: Doctoral degree in Science or Engineering or M.Tech with minimum of 2 years of experience. Required Expertise: Strong foundation in physics with understanding in probability. Experience in coding, laser operations, statistics and data analysis. Preferable hands-on experimental skills in optics, signal processing and strong theoretical background. Show more Show less
Job Description - Develop optical system design for quantum diamond microscope Carry out experiments on semiconductor chip investigation with quantum diamond microscope Develop noise models for quantum diamond imaging with image reconstruction Design and execute experiments involving nitrogen-vacancy (NV) centers in diamond for high-sensitivity magnetometry for technology translation Analyse experimental data to refine theoretical models and improve measurement protocols. Collaborate with team to integrate findings into existing quantum sensing setups Minimum Qualifications and Experience - Ph.D. in Physics, Quantum Engineering or any related field OR Master’s in Physics, Quantum Engineering or any relevant discipline with 2-3 years of experience. Required Expertise - Strong knowledge of quantum sensing principles, particularly nitrogen-vacancy (NV) center physics. Hands-on experience in optical system design and precision experiments, including alignment, simulation tools (Zemax/COMSOL/LightTools), and setups involving lasers, optics, and optomechanics. Familiarity with automation and control systems (LabVIEW/FPGA) and data acquisition workflows. Proficiency in data modeling and analysis, covering noise modeling, image reconstruction, statistical analysis, and refinement of theoretical models (Python/MATLAB). Familiarity with automation and control systems (LabVIEW/FPGA) and data acquisition workflows.
Job Description - Develop optical system design for quantum diamond microscope Carry out experiments on semiconductor chip investigation with quantum diamond microscope Develop noise models for quantum diamond imaging with image reconstruction Design and execute experiments involving nitrogen-vacancy (NV) centers in diamond for high-sensitivity magnetometry for technology translation Analyse experimental data to refine theoretical models and improve measurement protocols. Collaborate with team to integrate findings into existing quantum sensing setups Minimum Qualifications and Experience - Ph.D. in Physics, Quantum Engineering or any related field OR Master's in Physics, Quantum Engineering or any relevant discipline with 2-3 years of experience. Required Expertise - Strong knowledge of quantum sensing principles, particularly nitrogen-vacancy (NV) center physics. Hands-on experience in optical system design and precision experiments, including alignment, simulation tools (Zemax/COMSOL/LightTools), and setups involving lasers, optics, and optomechanics. Familiarity with automation and control systems (LabVIEW/FPGA) and data acquisition workflows. Proficiency in data modeling and analysis, covering noise modeling, image reconstruction, statistical analysis, and refinement of theoretical models (Python/MATLAB). Familiarity with automation and control systems (LabVIEW/FPGA) and data acquisition workflows.
You will be responsible for developing theoretical models for implementing optics in quantum diamond microscopy and investigating strategies for achieving super-resolution imaging in widefield NV-based magnetometry. Additionally, you will collaborate with Prof. Saikat Guha (UMD) to refine theoretical frameworks and define experimental requirements. Your role will involve working on computational techniques such as wavefront correction and optical phase manipulation to improve imaging resolution. You will also be expected to propose and design experimental protocols based on theoretical insights for future implementation and coordinate with the experimental team to come up with an implementation plan. - Develop theoretical models for implementing optics in quantum diamond microscopy. - Investigate strategies for achieving super-resolution imaging in widefield NV-based magnetometry. - Collaborate with Prof. Saikat Guha (UMD) to refine theoretical frameworks and define experimental requirements. - Work on computational techniques, including wavefront correction and optical phase manipulation, to improve imaging resolution. - Propose and design experimental protocols based on theoretical insights for future implementation. - Coordinate with the experimental team to come up with an implementation plan. - Doctoral degree in Science or Engineering. - Minimum of 3 years of R&D experience in academic institutions, industry, or scientific organizations. Please note that knowledge of widefield magnetometry and adaptive optics is desirable for this role.,