Matchmaking Partner Inquiry | Ohio Federal Research Network

Displaying 1 - 3 of 12

Partner type

Organization type

Filter

Organization Area of Interest(s)

Partner Area of Interest(s)

Items per page

ID#	Organization type	Capabilities offered	Equipment & facilities	Organization area of interest(s)	Other offerings	Partner capabilities sought	Partner type	Partner area of interest(s)
50	Academic	We build quantum information processing units out of atomic qubits. These processing units are large-scale, programmable quantum devices that can manipulate hundreds to thousands of qubits. They feature programmable any-to-any qubit connectivity and high-fidelity state preparation, single-qubit operations, and two-qubit entangling gates. They serve as core components for quantum computing, sensing, and networking technologies.		7.5.a. Quantum Technologies: Sensing and timing systems with reduced bias error or increased sensitivity 7.5.b. Quantum Technologies: System component or integration technologies to enable miniaturization, increased function, or operation in mission relevant or extreme environments	We are constructing two neutral atom quantum computers at our organization, for research into quantum algorithms, quantum computing, quantum simulation, quantum networking, quantum sensing, and quantum communication.	We are seeking fiber or photonic integration with arrays of atomic qubits. In order to make compact quantum network nodes (for a future quantum internet or distributed quantum sensing), it is essential to engineer modularized light-matter interconnects at telecom wavelengths. For this purpose, we seek vacuum-compatible Fabry-Perot fiber cavities, photonic waveguides, or nanophotonic optical cavities that can interface with atomic qubits at telecom wavelengths.	Industry partner	7.5.a. Quantum Technologies: Sensing and timing systems with reduced bias error or increased sensitivity 7.5.b. Quantum Technologies: System component or integration technologies to enable miniaturization, increased function, or operation in mission relevant or extreme environments
51	Academic	Materials manufacturing, testing, and characterization capabilities including additive manufacturing and ultrasonic powder atomization. computational analysis capabilities including in-situ monitoring data validation and destructive and nondestructive testing. Previous federally funded projects include the fabrication of materials: tungsten, tungsten alloys, functionally graded materials of superalloys and refractory metals during the same build in LPBF, nickel superalloys, and steel in addition to smart materials ( NiTi and iron shape memory alloy) and high entropy alloys. We have thermal management and analysis during LPBF of metals with high computational analysis and modeling capabilities.		7.1.a. Hypersonics: Materials and Technology to Enable Variable Geometry of Aerodynamic Surfaces 7.1.b. Hypersonics: High Speed Aircraft Thermal Management and Heat Rejection Technology 7.7.a. Advanced Materials Technology – Critical Materials Supply for Aerospace: Methods for Production, Joining, and Modeling of Oxide Dispersion Strengthened (ODS) Alloys	Materials manufacturing, testing, and characterization capabilities including additive manufacturing and ultrasonic powder atomization. computational analysis capabilities including in-situ monitoring data validation and destructive and nondestructive testing. Previous federally funded projects include the fabrication of materials: tungsten, tungsten alloys, functionally graded materials of superalloys and refractory metals during the same build in LPBF, nickel superalloys, and steel in addition to smart materials ( NiTi and iron shape memory alloy) and high entropy alloys.	Hypersonic component designer/supplier for parts and high-temperature fatigue testing	Both academic and industry partners	7.1.a. Hypersonics: Materials and Technology to Enable Variable Geometry of Aerodynamic Surfaces 7.7.a. Advanced Materials Technology – Critical Materials Supply for Aerospace: Methods for Production, Joining, and Modeling of Oxide Dispersion Strengthened (ODS) Alloys
52	Small Business	We have expertise in developing hypersonic grade materials (ceramic matrix composite) and process automation technologies to enable variable geometry of aerodynamic surfaces. We also work on a diverse set of materials science and technologies for critical materials supply for defense. Looking for academic, government and industry partners for proposal teaming.	Organometallic synthesis lab, Chemical Vapor Infiltration tool, High Temperature furnace. Interest in the areas of hypersonic materials and integrating them on aerodynamic surfaces for variable geometry. Modeling and Simulation expertise in this area is also desired.	7.1.a. Hypersonics: Materials and Technology to Enable Variable Geometry of Aerodynamic Surfaces 7.7.a. Advanced Materials Technology – Critical Materials Supply for Aerospace: Methods for Production, Joining, and Modeling of Oxide Dispersion Strengthened (ODS) Alloys 7.7.b. Advanced Materials Technology – Critical Materials Supply for Aerospace: Thermally Conductive, Electrically Insulating Materials	We have expertise in developing hypersonic grade materials (ceramic matrix composite) and process automation technologies to enable variable geometry of aerodynamic surfaces. We also work on a diverse set of materials science and technologies for critical materials supply for defense. Looking for academic, government and industry partners for proposal teaming.	We have expertise in developing hypersonic grade materials (ceramic matrix composite) and process automation technologies to enable variable geometry of aerodynamic surfaces. We also work on a diverse set of materials science and technologies for critical materials supply for defense. Looking for academic, government and industry partners for proposal teaming.	Both academic and industry partners	7.1.a. Hypersonics: Materials and Technology to Enable Variable Geometry of Aerodynamic Surfaces 7.7.a. Advanced Materials Technology – Critical Materials Supply for Aerospace: Methods for Production, Joining, and Modeling of Oxide Dispersion Strengthened (ODS) Alloys 7.7.b. Advanced Materials Technology – Critical Materials Supply for Aerospace: Thermally Conductive, Electrically Insulating Materials

Check the ID# for the organizations above with which you would be interested in meeting. As you make selections, the Partner IDs are automatically entered below. Enter your contact information and we will review your request.

OFRN will facilitate all requested introductions; it is up to you whether you choose to pursue them.