Classiq Quantum Office Hours

Classiq Quantum Office Hours is a recurring, product-focused webinar series that shows how real quantum applications are built using Classiq, from idea to execution.

This session:
Getting Fault-Tolerance Ready with Classiq

Join Dr. Erik Garcell, Director of QSA, and Dr. John (Jack) Glennon, Quantum Applications Engineer, as they walk through the full workflow and answer your questions.

Understand fault tolerance

Learn what quantum error correction and fault tolerance mean in practice for quantum developers, without diving into the underlying theory.

Visualize a fault-tolerant execution plan

Explore how Classiq’s Fault Tolerance Engine routes your quantum circuit onto a surface-code lattice and examine the result in an interactive 3D viewer.

Estimate resources and total logical error

Discover how to estimate the physical qubit requirements and total logical error of the resulting routed program, and how both vary with code distance.

Dr. Erik Garcell

Director of Quantum Solutions Architecture at Classiq Technologies. Erik works with enterprise and research organizations to identify high-impact quantum computing applications, develop adoption roadmaps, and deploy scalable quantum workflows.
Holding a Ph.D. in Physics and an M.S. in Technical Entrepreneurship and Management from the University of Rochester, Erik operates at the intersection of advanced technology, business strategy, and scientific communication. At the core of his work is the translation of complex quantum concepts into practical business and research initiatives, helping organizations move from quantum curiosity to real-world implementation.

Ready to see Classiq in action?

Quantum Applications Engineer at Classiq Technologies, helping enterprise organizations design and implement quantum applications for scientific and industrial use cases. He holds a Ph.D. in Materials Science and Engineering from Boston University, where his research focused on computational modeling and materials simulation. Drawing on experience in management consulting and scientific software development, Jack translates domain-specific challenges into quantum algorithmic approaches that are accessible, practical, and extensible. His work enables teams to turn quantum concepts into working solutions for real-world problems.

Dr. John (Jack) Glennon