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How Quantum Computers Could Break the Internet with Nick Reese

<div><div><div>Current computers use binary code, a series of ones and zeroes that are arranged methodically in lines of code. They're entirely linear - everything is step by step by step, a one or a zero at a time. That's not the case for quantum computers, the "weird" new computational technology that could shred conventional encryption methods and turn digital infrastructure upside-down. This week, we explore quantum computing with Nick Reese, the co-founder of the Frontier Foundry who also serves on the Homeland Security Advisory Board at George Washington University. In addition to articles at the <a target="_blank" rel="nofollow noopener noreferrer" href="https://www.frontierfoundry.com/">Frontier Foundry</a>, you may also want to check out <a target="_blank" rel="nofollow noopener noreferrer" href="https://thequantuminsider.com/">Quantum Insider</a> or the <a target="_blank" rel="nofollow noopener noreferrer" href="https://ihsonline.org/learning-academy/emerging-technology-for-critical-infrastructure">Emerging Technology</a> short courses available through IHS.</div><div><br></div></div></div>

An episode of the Structurally Sound - Institute for Homeland Security podcast, hosted by gat019, titled "How Quantum Computers Could Break the Internet with Nick Reese" was published on April 7, 2025 and runs 56 minutes.

April 7, 2025 ·56m · Structurally Sound - Institute for Homeland Security

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Current computers use binary code, a series of ones and zeroes that are arranged methodically in lines of code. They're entirely linear - everything is step by step by step, a one or a zero at a time. That's not the case for quantum computers, the "weird" new computational technology that could shred conventional encryption methods and turn digital infrastructure upside-down. This week, we explore quantum computing with Nick Reese, the co-founder of the Frontier Foundry who also serves on the Homeland Security Advisory Board at George Washington University. In addition to articles at the Frontier Foundry, you may also want to check out Quantum Insider or the Emerging Technology short courses available through IHS.

Current computers use binary code, a series of ones and zeroes that are arranged methodically in lines of code. They're entirely linear - everything is step by step by step, a one or a zero at a time. That's not the case for quantum computers, the "weird" new computational technology that could shred conventional encryption methods and turn digital infrastructure upside-down. This week, we explore quantum computing with Nick Reese, the co-founder of the Frontier Foundry who also serves on the Homeland Security Advisory Board at George Washington University. In addition to articles at the Frontier Foundry, you may also want to check out Quantum Insider or the Emerging Technology short courses available through IHS.

Part XVIII

Apr 11, 2026 ·4m

Part XIX

Apr 11, 2026 ·4m

Part XX

Apr 11, 2026 ·5m

Part XII

Apr 11, 2026 ·4m

Part XIII

Apr 11, 2026 ·4m

Part XIV

Apr 11, 2026 ·4m

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