Manufacturing breakthrough will lead to quantum chips with the precision required to build the world’s first useful quantum computer.

The Register

A Conversation with Pete Shadbolt, Co-Founder and Chief Scientific Officer, PsiQuantum.

IEEE Quantum Podcast

In this episode, Greg is joined by renowned physicist and CEO of PsiQuantum, Jeremy O’Brien to talk about quantum computing; to understand the Implications of it, the potential applications from drug discovery to the geopolitical impact and explore how the field will develop over the coming years.

An interview with Pete Shadbolt, Chief Scientific Officer at PsiQuantum, on the approach PsiQuantum is taking to develop a quantum computer.

Quantum Computing Report

Join host Konstantinos Karagiannis for a chat with Terry Rudolph, Chief Quantum Architect, about building a photonic quantum computer with a million qubits, how such a machine compares to trapped ion and transmon approaches, and how soon this technology could be available to help change the world.

The Post-Quantum World

Collaboration targeted at solving advanced quantum chemistry simulations for the development of sustainable materials.

QuantumTechPod host Chris Bishop in conversation with Pete Shadbolt, PsiQuantum co-founder and Chief Scientific Officer about the company’s founding, what it takes to build a useful, 1 million qubit quantum computer, and the importance of fault-tolerance and error-correction for commercially useful applications.

IQT News

The quantum summit last week in the US included a roundtable discussion with representatives of the Executive Office of the President and leaders from quantum information technology companies.

eeNews Europe

Quantum computers can help us regulate the climate, make new medicines and solve the energy problem. Australian Jeremy O'Brien hopes to create 'the first useful quantum computer' by the end of the decade with his company PsiQuantum.

De Tijd

PsiQuantum is aiming to be the first company to develop a fully-functioning quantum computer, and has raised $450m from backers.

The Telegraph

I’m thrilled to congratulate PsiQuantum—the company focused on delivering the world’s first fault tolerant quantum computer with one million physical qubits—on their successful Series D round.

Samir Kumar - M12 (Microsoft)

The Next Platform

Palo Alto, Calif., startup says its approach of using photons as quantum bits will lead to reliable calculations without errors.

The Wall Street Journal

Company on track to build a fault-tolerant quantum computer ready to tackle breakthrough applications in climate, energy, life sciences, and beyond.

Quantum computing is in many senses the holy grail of high-performance computing. The technology promises to dramatically accelerate simulations, machine learning, and perhaps most terrifyingly, render modern encryption schemes mute. And like the holy grail, making good on these promises remains elusive. While progress is being made in the field, many unsolved challenges remain.

sdxcentral

PsiQuantum's singular vision is still to build an error-corrected million qubit quantum machine that could use tens of billions of gates on hundreds of logical cubits. If the PsiQuantum-GLOBALFOUNDRIES project is successful, it will create shifts in the market, impact society, as well as change how we think about and deploy large quantum devices.

Forbes

Chip manufacturing giant, GLOBALFOUNDRIES, has struck up a unique arrangement with PsiQuantum, an ambitious quantum startup to share knowledge that could help turn standard photonics processing technology into a qubit factory.

The Next Platform

This blog provides insight into the components and manufacturing process of the Q1 system, the first system milestone in PsiQuantum's roadmap to a full-scale quantum computer.

Mercedes Gimeno-Segovia

The companies have demonstrated a world-first ability to manufacture core quantum components, such as single-photon sources and single-photon detectors, with precision and in volume, using the standard manufacturing processes of GF’s world-leading semiconductor fab.