Quantum Photonics and Laser Scientist

Position

Quantlase Lab is currently seeking a Quantum Photonics and Laser Scientist to engage in cutting‑edge experimental and theoretical research projects. The role involves advancing scientific knowledge, fostering innovation with practical applications, and contributing to the optimal functioning of our organization’s experimental research.

The work centers on the intersection of quantum and photonics, emphasizing the development of advanced optical processor devices for applications in quantum computing, cryptography, imaging, and blockchain. The project addresses critical challenges in high‑tech optical devices, potentially transforming industries and contributing to a more sustainable and technologically advanced future.

Quantlase’s research group consists of a dynamic team of researchers dedicated to quantum imaging and a photonics‑based approach to quantum information science.

• Proven academic writing skills with a record of publications.
• Clear and concise oral and written communication skills.
• Hands‑on experience in optics, optical setups, data collection, and analysis.
• Knowledge of nanofabrication and related simulation tools (COMSOL, FDTD, etc.).
• Proficiency in programming languages such as LabVIEW, Python, MATLAB.
• Published scientific work and presentations at national and international conferences.
• Background in integrated photonics applications such as quantum sensing, networking, computing, LIDAR, imaging, RF photonics, or optical communications.
• Experience in design and testing of photonics devices (wave guides, gratings, modulators, lasers, amplifiers, optical detectors).
• Evidence of excellent experimental work in an optical laboratory.
• Experience with optical testbeds, including resonator/waveguide fabrication and/or characterization, free‑space, and fiber‑optic alignment.
• Ability to model and simulate quantum states including entanglement‑generation protocols.
• Experience with ultrafast optical setups (pulse compression, synthesis, and measurement).
• Tuning and maintaining high‑energy ultrafast oscillators, amplifiers, and parametric amplifier systems.
• Developing and constructing a high‑pressure gas to high‑vacuum laser beam line for infrared, vacuum, and extreme‑ultraviolet experiments.
• Building optical characterization devices such as mid‑IR, VUV, and EUV spectrometers and pulse‑measurement devices such as FROGs.
• Development of new pulse‑characterization techniques in the VUV region.
• Programming instrument control and data acquisition systems (Python).
• Ph.D. thesis in Laser Physics or a related field.
• Strong background in classical or quantum optics, imaging with light, and quantum entanglement.
• Minimum three years of experimental research experience.
• Demonstrated expertise in high‑power, ultrafast lasers, and ultrafast laser spectroscopy.

Ph.D. thesis in Laser Physics or a related field, minimum three years of experimental research experience, strong background in classical and quantum optics, and demonstrated expertise in high‑power ultrafast laser systems.