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Photon Queue

Hardware for photonic quantum memories

Senior Optical Scientist

Physical SciencesConfirmed live in the last 24 hours
Full-timeLemont, IL, USA

About the Job

Requirements

  • A bachelor's degree in optics, physics, engineering, or a related field is required.
  • At least five years of experience building and analyzing free-space optical systems is required.
  • Proficiency with Python is required.
  • Proficiency with standard data analysis is required.
  • Precision hands-on alignment experience with kinematic optical systems is required.

Responsibilities

  • Design, build, and iterate on precision optical assemblies from concept through fabrication.
  • Work with vendors to procure custom optical components and assemblies.
  • Partner with metrology facilities to characterize assemblies, including interferometric measurement of surface figure and roughness.
  • Analyze measurement data and document results across iterations to converge on robust designs.
  • Contribute to the Python codebase for numerical modeling and optimization of optical systems.
  • Build and refine Gaussian beam models to guide design decisions before hardware is built.
  • Source and manage vendors for complex optical components.
  • Own the logistics of sending assemblies out for measurement and tracking results.
  • Work closely with product development engineers to hand off validated research and development prototypes for productization.

Desired Qualifications

  • A master's or PhD in optics, physics, engineering, or a related field is preferred.
  • Experience with numerical optimization is preferred.
  • Previous startup experience is preferred.
  • Expertise in Gaussian beam modeling is preferred.
  • Experience with electronic control systems is preferred.
  • Familiarity with optical metrology, including interferometry and surface figure or roughness characterization, is preferred.

About the Company

Photon Queue

Hardware for photonic quantum memories

Photon Queue develops hardware for all-optical quantum memories that store single-photon qubits in free space. Its core product uses linear optics, reflection cavities, and high-efficiency storage loops to capture, hold, and retrieve quantum states without transducing photons into matter, allowing room-temperature operation. This approach avoids material memory bottlenecks, supports a broad wavelength range, and reduces infrastructure needs compared with cryogenic or vacuum-based memories. The goal is to become a leading supplier of photonic quantum memories for academic, government, and industrial customers, with active engagements such as a 2025 contract with a U.S. National Laboratory.

Company size
1-10
Company stage
Seed
Total funding
$4.6M
Headquarters
Champaign, IL
Founded
2024

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