Toronto-based startup Quantum Bridge has secured $700,000 in funding from the National Research Council of Canada to develop quantum repeaters for communication networks. These repeaters, essential for building quantum-resilient internet and communication networks, will use quantum dots to carry entanglement between them. The collaboration aims to build a deterministic cluster state generator with multiple uses in the quantum industry. Quantum Bridge was founded by Dr. Mattia Montagna and Professor Hoi-Kwong Lo, and offers quantum-safe communication solutions.
Quantum Bridge Secures Funding for Quantum Repeaters
Quantum Bridge, a startup specializing in quantum-safe communications solutions, has secured $890,000 CAD ($700,000 USD) in funding from the National Research Council of Canada (NRC). The funding is part of a collaborative research agreement with the NRC’s Quantum Sensors Challenge program. The collaboration aims to develop the first all-photonic quantum repeater, which is essential for building quantum-resilient internet and communication networks.
Quantum repeaters are crucial components in protecting communication networks from advanced security threats posed by quantum computers. As quantum computers become more widespread by the end of this decade, quantum networks like those envisioned by Quantum Bridge will offer valuable applications such as quantum key distribution, distributed quantum computing, and blind quantum computing.
Quantum Bridge CEO Mattia Montagna expressed enthusiasm for the collaboration, citing the NRC’s extensive knowledge of quantum dot technology, which is the core technology used in building quantum repeaters. The partnership aims to leverage the combined expertise of both organizations in quantum optics and quantum communication to build a deterministic cluster state generator with multiple uses in the quantum industry.
Quantum Dots and Quantum Repeaters
Quantum repeaters will use quantum dots as a single photon source to carry entanglement between the repeaters and across quantum-safe communication networks. When hit with a sequence of laser pulses, this semiconducting technology emits entangled photons, creating a bundle known as quantum cluster states.
Quantum cluster states allow quantum networks to be developed without quantum memories, providing significant advantages in performance, speed, and scalability. The collaboration between Quantum Bridge and the NRC aims to harness this technology to build quantum repeaters that can be used in a variety of quantum industry applications.
Canada’s National Quantum Strategy
Dr. Aimee K. Gunther, Deputy Director of the Quantum Sensors Challenge program, believes the collaboration between Quantum Bridge and the NRC is an excellent example of the program’s contribution to the commercialization pillar of Canada’s National Quantum Strategy. Through this strategy, the NRC is leveraging its decades of quantum expertise and cutting-edge facilities to collaborate with innovative companies like Quantum Bridge to solve the largest problems in the quantum networking space and beyond.
About Quantum Bridge Technologies Inc.
Quantum Bridge Technologies Inc. was founded by Dr. Mattia Montagna and Professor Hoi-Kwong Lo, leveraging decades of research expertise developed by Professor Lo’s team at the University of Toronto. The company offers a suite of unbreakable, trustless quantum-safe communication solutions for discerning customers who cannot afford a breach.
Quantum Bridge is also actively researching cutting-edge engineering and theoretical problems related to achieving long-distance quantum communication. The company is developing multiple proprietary technologies to make current internet and cellular networks quantum-resilient.
More Information on Quantum Bridge Products
For further information on quantum-safe products from Quantum Bridge, visit the company’s website at quantumbridge.io. The site provides details on the company’s offerings and its ongoing research into cutting-edge engineering and theoretical problems related to long-distance quantum communication.
“The NRC is a partner of choice for us. This collaboration is about far more than financing and access to facilities,” said Mattia Montagna, CEO at Quantum Bridge. “The NRC also brings extensive knowledge about quantum dot technology, which is the core technology upon which our quantum repeaters are being built. Today’s news signals a collaboration with the NRC to leverage our combined know-how in quantum optics and quantum communication, with their experience related to quantum dots. Our goal being to build a deterministic cluster state generator that can have multiple uses in the quantum industry.”
“We believe this collaboration is an excellent example of the Quantum Sensors Challenge program contributing to the commercialization pillar of Canada’s National Quantum Strategy,” said Dr. Aimee K. Gunther, Deputy Director of the Quantum Sensors Challenge program. “Through the National Quantum Strategy, the NRC is leveraging its decades of quantum expertise and cutting-edge facilities to collaborate with innovative companies like Quantum Bridge to solve the largest problems in the quantum networking space and beyond.”
Summary
Quantum Bridge, a startup focused on quantum-safe communication solutions, has secured $700,000 USD in funding from the National Research Council of Canada to develop the first all-photonic quantum repeater. This technology is essential for building quantum-resilient internet and communication networks, offering valuable applications such as quantum key distribution and distributed quantum computing.
- Quantum Bridge, a quantum-safe communications startup, has secured $700,000 USD in funding from the National Research Council of Canada (NRC).
- The funding is part of a collaborative research agreement with the NRC’s Quantum Sensors Challenge program.
- Quantum Bridge aims to develop the first all-photonic quantum repeater for channeling entanglement over long distances.
- Quantum repeaters are essential for building quantum-resilient internet and communication networks, which will become necessary as quantum computers become widespread.