computational chemistry – Impact Quantum

Building the Quantum Future -Research, Industry, and the Duke Quantum Center

Posted on August 27, 2026 by Frank La Vigne

In this episode, we’re joined by Rachel Noek, Senior Research Scientist and Technical Program …

The Intersection of AI and Quantum: Overhyped Promise or Real Potential?

Posted on August 4, 2026 by Frank La Vigne

In today’s episode, we sit down with Severyn Balaniuk, a research software developer at 1QBit, whose…

S1 E18: She Left School at 13. Now She Advises Boards on Quantum Computing

Posted on July 22, 2026 by Candace Gillhoolley

Welcome to this episode of WIQC, where Candace Gillhoolley sits down with Louise Davey, a quantum re…

Inside the AI and Quantum Boom – Market Movers, Milestones, and Data Center Frenzy

Posted on July 20, 2026 by Frank La Vigne

This week, Candace and Frank are back, diving into a summer that’s hot in more ways than one—w…

S1 E16: Surviving Setbacks and Building Confidence -Women Leading in Quantum

Posted on July 9, 2026 by Candace Gillhoolley

In today’s episode, host Candace Gillhoolley sits down with Alicia Weldon, a theoretical chemist who…

Q-Day, Quantum Satellites, and the Coming Shift in Cybersecurity

Posted on July 7, 2026 by Frank La Vigne

In this episode, the conversation focused on the transformative potential of quantum networks alongs…

5 Things I Learned from Talking with Computational Chemist Karuna Anna Sajeevan

Candace Gillhoolley Jun 25, 2026 0

There are some conversations that stay with you long after the recording ends. Not because they contain groundbreaking announcements or…

Industry Focus News

Oak Ridge and Quantum Brilliance Unite Quantum and Classical Computing

Candace Gillhoolley Sep 3, 2025 0

Oak Ridge National Laboratory has partnered with Australian quantum company Quantum Brilliance to integrate diamond-based quantum hardware into its high-performance…

5 Things I Learned from Talking with Computational Chemist Karuna Anna Sajeevan

Oak Ridge and Quantum Brilliance Unite Quantum and Classical Computing

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