Term for project: Photonic Interfaces for Atom-based Quantum Processors

OFRN Round 7 Update: Inside the Collaborative Model Driving Innovation

Photonic Interfaces
VISTA
Space GUIDE
ODS Additive Materials
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...

Where Tomorrow's Quantum Researchers Get Their Start Ohio State Graduate Student Julian Sewell on Hands-On Research Through OFRN's SEE Program

Julian Sewell
Photonic Interfaces
Caption: Julian Sewell. For decades, quantum computing has largely existed in the realm of theory and laboratory research. Today, that is beginning to change. As quantum technologies move closer to practical applications, researchers are confronting...

Ohio Federal Research Network Awards $10.198 Million to Seven Collaborative Projects Advancing Defense and Aerospace Innovation

Photonic Interfaces
HERCULES
VISTA
ODS Additive Materials
Casualty Triage
Space GUIDE
Gas-insulated Cable
PRESS RELEASE FOR IMMEDIATE RELEASE Download the PDF here. BEAVERCREEK, OH — The Ohio Federal Research Network (OFRN) Executive Review Board has approved $10.198 million in funding for seven new research and development projects under OFRN Round 7...

The Ohio State University – Photonic Interfaces for Atom-based Quantum Processors

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Area of Interest (AOI): 5. Quantum Technologies 

Innovation: A primary challenge in realizing quantum networks is the manufacturing and commercialization of efficient light-matter interfaces for atomic qubits. This proposal addresses this challenge by developing efficient fiber gap Fabry-Perot cavities (FFPCs) that robustly couple single photons from atomic qubits directly into optical fibers. This direct fiber interface enables immediate compatibility with standard telecommunication technology for the development of scalable quantum...

Photonic Interfaces