Circuit Designer Tutorial: Build and Share Quantum Circuit Diagrams [PsiQuantum Construct]

PsiQuantum Makes Construct Fault-Tolerant Quantum Computing Software Available to All Developers

Ahead of the Curve

Escape velocity.

PsiQuantum's Pete Shadbolt at NVIDIA GTC 2025

PsiQuantum’s Mark Thompson Discusses the Future of the Quantum Industry at Slush 2025

Why (Psi)Quantum? Ft. Aaron VanDevender

Optimize fault-tolerant algorithms with Resource Analyzer | Inside PsiQuantum’s Construct

Build and simulate fault-tolerant quantum algorithms with Workbench | Inside PsiQuantum’s Construct

Prototyping fault-tolerant quantum algorithms in Circuit Designer | Inside PsiQuantum’s Construct

PsiQuantum Breaks Ground on America's Largest Quantum Computing Project in Chicago

Construct – A new software suite for designing fault-tolerant quantum algorithms

Introducing Construct - Inside PsiQuantum's software suite

It's impossible until it's not.

PsiQuantum's Pete Shadbolt Testifies in Support of Reauthorizing the National Quantum Initiative Act

Why (Psi)Quantum? - From discovery to design - Peter Barrett

There's a lot of noise out there.

Pete Shadbolt at MIT EmTech: Building the World’s First Useful Quantum Computer

Sam Pallister - Q2B23 Silicon Valley 2023

Fault tolerant quantum computing with photons | Q2B SV 2022 | Naomi Nickerson

Silicon Photonic Quantum Computing – Towards Large-Scale Systems | Q2B SV 2022 | Pete Shadbolt

Silicon Photonic Quantum Computing towards Large-scale Systems | Quantum Australia | Jeremy O'Brien

UNSW Gerald Westheimer Lecture 2023 | Jeremy O'Brien

Fusion-based quantum computation | QIP2021 | Mihir Pant

Measurement based fault tolerance beyond foliation | Naomi Nickerson

Silicon photonic quantum technologies | Mark Thompson

MIT Technology Review: The Race to a Million-Qubit Quantum Computer

Fault-tolerant quantum computing with photonics | Mercedes Gimeno-Segovia

How to stop worrying and love the photons | Terry Rudolph