How PsiQuantum Accelerates Algorithm Research with Coder

PsiQuantum has spent the last eight years at the forefront of fault-tolerant quantum computing (FTQC), building the systems, tools, and technical foundations needed to deliver the world’s first utility-scale quantum computers. As fault-tolerant quantum computing becomes a near-term reality, developing algorithms for practical, error-corrected quantum hardware is more important than ever for realizing the full potential of this technology.

PsiQuantum recently unveiled Construct, the industry’s most comprehensive FTQC algorithm development platform. Built to bring everything together in one place, Construct delivers visual circuit design, project storage, educational resources, and a powerful Quantum Development Environment (QDE) designed to handle billion-gate simulations.

Join us to:

• Learn how PsiQuantum uses Coder to deliver secure, scalable development environments through Construct.
• Discover how their team provides fast, on-demand compute power, packages complex research tools for domain-specific workflows, and gets users up and running with zero setup time.
• See how researchers use Construct to develop and analyze the costs of state-of-the-art quantum chemistry algorithms like Quantum Phase Estimation, a technique used in estimating the ground state energy of specific chemicals on a quantum computer.

If you’re working in quantum research or building platforms for cutting-edge development, join us on October 15 for a behind-the-scenes look at what it takes to support the future of computing.