RoQNET connects the University of Rochester and RIT via an 11-mile fiber-optic quantum communications network using individual photons for secure data transmission
RoQNET connects the University of Rochester and RIT via an 11-mile fiber-optic quantum communications network using individual photons for secure data transmission
Quantum communication ensures data security by using qubits, which cannot be cloned or intercepted without detection, offering unprecedented protection
Quantum communication ensures data security by using qubits, which cannot be cloned or intercepted without detection, offering unprecedented protection
Photons, as discrete particles of light, are ideal for long-distance quantum communication due to their compatibility with existing fiber-optic infrastructure
Researchers developed photonic-integrated circuits combining a photonic chip, fiber array unit, and highly nonlinear crystal to produce entangled visible-telecom photon pairs for efficient quantum communication
Researchers developed photonic-integrated circuits combining a photonic chip, fiber array unit, and highly nonlinear crystal to produce entangled visible-telecom photon pairs for efficient quantum communication
The project aims to replace bulky superconducting nanowire single-photon detectors (SNSPDs) with portable, scalable technologies to simplify quantum experiments
The project aims to replace bulky superconducting nanowire single-photon detectors (SNSPDs) with portable, scalable technologies to simplify quantum experiments
RoQNET emphasizes distributed quantum entanglement, enabling perfectly correlated quantum particles to interact regardless of distance
RoQNET uses solid-state quantum memory nodes and integrated quantum photonic chips, representing a novel approach to quantum communication
RoQNET uses solid-state quantum memory nodes and integrated quantum photonic chips, representing a novel approach to quantum communication
Plans include extending RoQNET to institutions like NYU, Stony Brook University, and Brookhaven National Lab, creating a broader quantum communication network across New York State
Plans include extending RoQNET to institutions like NYU, Stony Brook University, and Brookhaven National Lab, creating a broader quantum communication network across New York State
The Air Force Research Laboratory supports the project, highlighting its importance for secure communication and national security
RoQNET sets new benchmarks for secure communication protocols, addressing growing concerns about data integrity and privacy
RoQNET sets new benchmarks for secure communication protocols, addressing growing concerns about data integrity and privacy