Whether researchers are developing quantum networking hardware, next-generation aerospace materials or artificial intelligence tools for emergency response, one pattern emerged throughout the Ohio Federal Research Network's (OFRN) recent semiannual project reviews: innovation doesn't happen in isolation.
Across every presentation, project teams described more than technical milestones. They demonstrated how Ohio's innovation ecosystem is working as intended—bringing together universities, startups, established manufacturers, federal laboratories and students to solve some of the nation's most pressing technology challenges while strengthening Ohio's economy.
The technologies may differ, but the pathway from idea to impact is remarkably consistent.
It starts with a real-world challenge
Every OFRN project begins by addressing a problem identified by federal partners or industry—not by pursuing research for research's sake.
Some teams are working to improve secure quantum communications. Others are advancing materials capable of withstanding extreme aerospace environments. Still others are developing artificial intelligence to improve emergency response decision-making or creating sensors to strengthen space domain awareness.
Each project addresses a critical defense or commercial need while positioning Ohio organizations to compete in emerging technology markets.
OFRN Round 7 Areas of Interest (AOIs) | |
Hypersonics
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Health and Human Performance |
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Aerospace Power Management, Materials, and Distribution
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Commercial Space in Low Earth Orbit |
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Quantum Technologies |
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Autonomy |
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Advanced Materials Technology – Critical Materials Supply for Aerospace |
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Collaboration replaces competition
Rather than working independently, OFRN project teams intentionally combine the strengths of multiple sectors.
A single project may include:
Research universities developing new scientific approaches
Ohio startups translating discoveries into products
Established manufacturers preparing technologies for production
Federal laboratories providing technical guidance and transition opportunities
Small businesses contributing specialized expertise
For example, the Photonic Interfaces for Atom-based Quantum Processors project combines researchers from The Ohio State University and Denison University with Columbus-based SRICO, Inc., while collaborating closely with NASA and the Air Force Research Laboratory to develop photonic interfaces that could one day connect quantum computers across long distances.
Other projects demonstrate similar partnerships, including collaborations among Kairos Research, Sinclair Community College, Wright State University, AFRL, and industry partners to explore human trust in autonomous systems per the Validated Indicators for Selective Trust in Autonomy project, as well as teams spanning Ohio State, Wright State, AFIT, SenseICs, SK Infrared and federal laboratories to advance next-generation infrared sensing technologies per the Space GUIDE: Spaceborne Gain-enabled Ultra-sensitive Infrared Detector with Event-based sensing project.
Rather than isolated organizations, these teams function as integrated innovation ecosystems.
Students are contributors—not observers
One theme surfaced repeatedly during the reviews: students are not simply watching research happen—they are helping lead it.
Undergraduate students are designing quantum hardware, building laser systems, modeling trapped-ion devices and developing manufacturing processes for emerging quantum technologies. Others are learning advanced welding techniques for NASA-developed materials, contributing to artificial intelligence research or supporting development of advanced infrared sensors.
Many project leaders emphasized that students are performing meaningful technical work while gaining experience alongside faculty, industry engineers and federal researchers.
Those opportunities reflect the intent of OFRN's Student Experiential Engagement (SEE) Program, which places students within project teams to participate in the full innovation lifecycle—from research and development through commercialization and market transition.
Several teams also described expanding internships, hosting laboratory tours and coordinating visits to NASA Glenn Research Center to expose students to federal research environments and future career opportunities.
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Technology transition begins on day one
Unlike traditional academic research, commercialization is part of every OFRN project from the beginning.
Throughout the project reviews, principal investigators discussed customer discovery, follow-on federal funding, manufacturing readiness, technology transition and workforce needs alongside scientific progress.
The Joining of ODS Additive Materials project team led by Laser Fusion Solutions LLC, is working with aerospace manufacturers interested in adopting NASA-developed GRX-810 materials once a critical welding challenge is solved. The Photonic Interfaces for Atom-based Quantum Processors project is helping position Columbus-based SRICO, Inc., as a domestic supplier of specialized optical fiber components needed for next-generation quantum computers and quantum networks. Other teams are pursuing new federal opportunities while refining products based on feedback from end users and government stakeholders.
In each case, research is viewed not as the finish line, but as the beginning of technology transition.
Federal partnerships accelerate innovation
Federal partners play a role well beyond project oversight.
Researchers described regular technical meetings with experts from AFRL and NASA, collaborative problem-solving, laboratory visits and discussions about future transition pathways.
Those relationships help ensure technologies remain aligned with defense priorities while providing project teams with direct access to technical expertise and future funding opportunities.
The result is a stronger connection between research conducted in Ohio and the needs of federal agencies responsible for transitioning new capabilities.
Building Ohio's innovation economy
Although each project focuses on a different technology, the long-term outcomes are remarkably similar.
Project teams discussed creating new products, supporting startup growth, attracting federal investment, developing domestic manufacturing capabilities and preparing students for careers in advanced technology fields.
Some anticipate follow-on funding over the next several years. Others expect new intellectual property, commercial partnerships or expanded hiring. Collectively, they represent investments not only in technology but in Ohio's workforce and innovation capacity.
The semiannual project reviews highlighted more than technical progress. They demonstrated how OFRN's collaborative model transforms ideas into opportunities by connecting research, education, industry and government around shared challenges.
Technology may be the product, but collaboration is the engine.
And across Ohio, that engine continues to grow stronger—one project, one partnership and one student at a time.
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About Ohio Federal Research Network (OFRN)
OFRN has the mission to stimulate Ohio’s innovation economy by building statewide university-industry research collaborations that meet the requirements of Ohio’s federal laboratories, resulting in the creation of technologies that drive job growth for the State of Ohio. The OFRN is a program managed by Parallax Advanced Research in collaboration with The Ohio State University and is funded by the Ohio Department of Higher Education.
About Parallax Advanced Research and the Ohio Aerospace Institute (OAI)
Parallax Advanced Research is a research institute that tackles global challenges through strategic partnerships with government, industry, and academia. It accelerates innovation, addresses critical global issues, and develops groundbreaking ideas with its partners. With offices in Ohio and Virginia, Parallax aims to deliver new solutions and speed them to market. In 2023, Parallax and the Ohio Aerospace Institute (OAI) formed a collaborative affiliation to drive innovation and technological advancements in Ohio and for the nation. The Ohio Aerospace Institute plays a pivotal role in advancing the aerospace industry in Ohio and the nation by fostering collaborations between universities, aerospace industries, and government organizations, and managing aerospace research, education, and workforce development projects.
