In collaboration with Microsoft, Photonic demonstrates quantum entanglement at telecom wavelengths

July 31, 2024

From Quantum Theory to Quantum Practice

The development and implementation of any technology that opens new frontiers involves the transition from concept to prototype to minimum viable product, culminating in a...

May 30, 2024

Distributed Quantum Entanglement

Scalability is perhaps the biggest challenge facing quantum computing. Known technologies have fundamental limitations on how many qubits can fit in a single module, which...

May 30, 2024

Distributed Quantum Computing in Silicon

Developing performant quantum systems of commercial utility will require hundreds to thousands of logical qubits. To achieve this capacity, quantum systems must be modular due...

May 30, 2024

The Path to Distributed Quantum Computing

Quantum computing is undergoing a period of rapid evolution. The era of noisy, intermediate scale quantum (NISQ) is coming to an end, and new systems...

May 13, 2024

Tuning in: New insights highlight capabilities of T centres for distributing entanglement

Photonic is excited to announce the newly publicized results from our collaboration with research partners at Simon Fraser University and Dartmouth College. Our research, Optical...

November 8, 2023

Introducing Photonic’s Journey to Scalable Quantum Computing

Today, we’re making three announcements at Photonic that we believe bring us a significant step closer to turning quantum computing’s potential into reality

November 1, 2023

Are you awesome?

Photonic is growing. Our team is bringing next-generation science and engineering technologies – those based on silicon spin-photon interfaces – to tackle the challenge of...

November 24, 2022

The Silicon Tipping Point.

When large-scale universal quantum computers become accessible, the world will suddenly find itself able to tackle a whole set of problems that are, right now,...

October 18, 2022

The Next Generation of Quantum Computing is Here

Quantum effects occur in materials naturally at the atomic and molecular level. Since the early 1980s, when Richard Feynman first proposed the concept of a...

In collaboration with Microsoft, Photonic demonstrates quantum entanglement at telecom wavelengths

More from Photonic

From Quantum Theory to Quantum Practice

Distributed Quantum Entanglement

Distributed Quantum Computing in Silicon

The Path to Distributed Quantum Computing

Tuning in: New insights highlight capabilities of T centres for distributing entanglement

Introducing Photonic’s Journey to Scalable Quantum Computing

Are you awesome?

The Silicon Tipping Point.

The Next Generation of Quantum Computing is Here