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Quantum computing

After Q-Day: Quantum Applications at Scale • Matthew Keesan • YOW! 2025

After Q-Day: Quantum Applications at Scale • Matthew Keesan • YOW! 2025

Matthew Keesan from IonQ discusses the imminent arrival of "Q-Day"—the moment quantum computers will break current public-key encryption. He explains the fundamentals of quantum computing, including superposition and entanglement, details the hardware roadmap that places this threat within the decade, and explores the promising applications of this new computing paradigm in AI, drug discovery, and materials science, issuing a call to action for software engineers to get involved.

Securing AI for the Quantum Era: A CISOs Cyber Security Guide

Securing AI for the Quantum Era: A CISOs Cyber Security Guide

Explore the significant security risks posed by Agentic AI and quantum computing, from data breaches of sensitive information to the breakdown of modern cryptography. Learn proactive strategies for governing AI and preparing for a quantum-safe future.

The Quantum Advantage Is Real—But Where's the Infrastructure?

The Quantum Advantage Is Real—But Where's the Infrastructure?

While general-purpose quantum computers are a decade away, specialized quantum accelerators are already tackling high-speed inference for AI problems in finance and pharma. This summary explores the practical use cases, the immense data ops and MLOps challenges due to the 'no-cloning theorem,' and the need for a new modeling paradigm based on topological data analysis.