Get meaningful results from today's quantum computers with automated error suppression | Q2B Keynote
Learn more about what our technology can do to advance enterprise #quantumcomputing using Fire Opal from our CEO and Founder Michael J
Quantum computing demonstration at QTC21 Brisbane
For QTC 2021, our team addressed the problem of optimally resupplying multiple distributed force elements from a central depot using unmanned ground vehicles
Black Opal | Making quantum computing more accessible than ever
Black Opal is an educational tool for students, developers, and businesses who want to learn quantum computing to gain a strategic advantage
Three ways to leapfrog your competition using quantum computing – without a PhD
Quantum computing is everywhere you look — in mainstream press, tech news, investor newsletters
Making quantum error correction practical with quantum control infrastructure software | QCE Keynote
QCE22 IEEE Quantum Week Keynote presented by our CEO and Founder Prof
Quantum sensing demonstration at QTC22 Adelaide
At QTC22 Adelaide, we successfully demonstrated the potential for quantum magnetometers to detect and localize an electromagnetic emitter in the battlespace
Chalmers achieves 8x faster quantum logic using Boulder Opal
The challenge: Hardware decoherence and leakage error prevented the team at Chalmers from performing high-fidelity gates on their superconducting quantum circuits
PsiQuantum: Silicon Photonic Quantum Computing - Dylan Saunders presents at Quantum Australia 2022
Watch Dylan Saunders, the Lead Quantum System Architect and Q1 Technology Lead at PsiQuantum, presentation titled PsiQuantum: Silicon Photonic Quantum Computing, at Quantum Australia 2022
Making quantum technology useful with Q-CTRL
The fundamental challenge facing quantum technology is decoherence and error
Black Opal - The first interactive quantum computing learning platform
Black Opal is designed to help anyone begin their quantum journey: https://q-ctrl