NANOHMICS INC

Nanohmics Inc. specializes in advanced research and development of next-generation photonic, electromagnetic, and sensor systems for defense and aerospace applications. Their core expertise lies in designing metasurface filters, conformal antennas, hyperspectral imagers, and millimeter-wave imaging systems using high-electron-mobility transistors and novel 2D material platforms. The company develops compact, multi-band, and planar optical and RF components for spectral filtering, imaging, and signal detection at the single-pixel and array level, often leveraging single-layer fabrication processes to enhance scalability and integration. Their work in surrogate modeling and modular array panels demonstrates strong capabilities in computational physics, system-level emulation, and rapid prototyping of non-traditional sensor architectures, with a focus on miniaturization and performance under extreme conditions. Nanohmics maintains a consistent presence with the Department of Defense, delivering SBIR Phase I and II projects focused on infrared imaging, antenna design, and quantum light sources for tactical and surveillance systems. They also support NASA’s space-based sensing initiatives, particularly in developing novel quantum materials for next-generation optical instrumentation. Their relationship with DoD is deeply rooted in innovation-driven R&D, often through SBIR/STTR programs, indicating a trusted partner status for high-risk, high-reward technical challenges. The company’s primary focus is on Research and Development in the Physical, Engineering, and Life Sciences (NAICS 541715), where they translate fundamental physics into deployable hardware for defense, space, and biomedical sensing. Their niche is in bridging advanced materials science with practical electro-optical system design, positioning them as a specialized innovator in non-traditional sensor technologies. Nanohmics Inc. is a small business based in Austin, Texas, operating as a 2L entity with no federal certifications. Their geographic footprint is centralized, with all operations and R&D conducted in-house, allowing agile response to government-sponsored innovation solicitations.