Government R&D
An engineering partner
for demanding optical work.
Alpha Photonics supports government customers and prime contractors through laser-source, component, optical-engineering, and sensing development.
Contracting & collaboration
Start with the capability.
Define the deliverable.
Work can begin with a source requirement, a difficult optical interface, a custom component, or a sensing architecture. Alpha Photonics connects modeling and design to prototype development, packaging, and test.
Engagements include government R&D, specialty subsystem development, subcontract support, and Small Business Innovation Research (SBIR) collaboration.
Explore technical capabilitiesTechnical scope
Sources, components,
and sensing.
Optical engineering
The physics and interfaces behind a usable optical system.
Fiber lasers & very high power development
Source architectures, amplifiers, high-power fiber connectors, and power-handling engineering.
Novel nonlinear optics & wavelength generation
Convert available laser light into the wavelength the application needs.
Fiber components & manufacturing
Combiners, soft-glass processing, novel fiber assemblies, and laser-welded packaging.
LIDAR
Optical measurements shaped around the sensing task.
Modal control
Engineer the spatial structure of light for power delivery, communications, and quantum concepts.
Systems development
An engineering path from requirements to integrated hardware.
Development approach
Agree the evidence
before the test.
Requirements, optical and thermal models, subsystem interfaces, and verification criteria shape the development plan. Design studies, prototype builds, and test results each answer a defined engineering question.
Source, sensing, and optical-interconnect work can be scoped as a focused design study, a custom component, or a subsystem development effort. The required performance and interfaces determine the starting point.
Explore the team’s experienceStart a technical conversation
Build the technical scope.
Discuss a government R&D requirement, prime-contractor subsystem, or SBIR collaboration.