FATHOM SCIENCE, INC.

FATHOM SCIENCE, INC. specializes in advanced research and development in nanotechnology, delivering scientifically rigorous solutions to complex defense challenges. The company’s core capabilities center on the design, characterization, and application of nanoscale materials and systems, with expertise in nanomaterial synthesis, atomic-scale analysis, and functional nanodevice prototyping. Their work supports next-generation sensing, energy harvesting, and protective technologies, leveraging precision fabrication techniques and advanced characterization tools such as electron microscopy and spectroscopic imaging. FATHOM SCIENCE distinguishes itself through its focus on translating fundamental nanoscale phenomena into mission-critical capabilities, emphasizing reproducibility, scalability, and integration with defense-grade systems. The contractor has demonstrated direct engagement with the Department of Defense, supporting technical initiatives through kickoff briefings and early-stage R&D coordination. This indicates a pattern of involvement in defense innovation pipelines, likely contributing to programs focused on advanced materials, countermeasures, or miniaturized sensor systems. Their relationship with DoD appears to be project-driven, rooted in technical specificity rather than broad institutional contracts. FATHOM SCIENCE operates primarily within the 541713 NAICS category, which encompasses nanotechnology research and development—specifically the manipulation of matter at the atomic and molecular scale to create novel functional properties. This positions them at the intersection of materials science, quantum engineering, and defense technology innovation, serving niche but high-impact segments within the national security R&D ecosystem. As a small business structured as a 2L entity based in Raleigh, North Carolina, FATHOM SCIENCE maintains a lean, focused operational model. The company holds no formal government certifications but leverages its technical acumen and specialized research infrastructure to compete in high-barrier federal R&D markets. Its geographic presence in a major research corridor enhances access to academic partnerships and federal lab collaborations, reinforcing its role as a specialized contributor to defense innovation.