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You can’t copy a qubit. So how do quantum computers remember anything?
In this episode, we sit down with Mikhail Lukin, Harvard physicist and co-director of the Harvard Quantum Initiative, whose lab is building quantum computers from arrays of individually trapped atoms. Lukin explains the paradox of quantum error correction—how you can safeguard quantum information even though it can’t be copied or measured directly—and why this breakthrough may be the key to making large-scale quantum computers possible.
We dive into the strange logic of superposition, entanglement, and “small cat states,” explore what makes quantum evolution inherently analog, and learn how Lukin’s team uses optical tweezers and Rydberg interactions to engineer stable, reconfigurable qubits—atoms literally held and moved by light.
Whether you’re fascinated by quantum mechanics, computing, Schrödinger’s cat, or the future of information, this conversation reveals how physicists are turning the weirdness of quantum physics into working technology—and why building a fault-tolerant quantum computer is one of the hardest and most exciting challenges in science today.
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Website: 632nm.com
Timestamps:
- Intro
- Fundamentals of Quantum Computers
- Transistors vs Quantum Gates
- What is Quantum Error Correction?
- State of the Art QEC
- Quantum Research Before Lukin
- Lukin’s Breakout Work
- From Quantum Optics to Quantum Computing
- Working with Neutral Atoms
- Funding Quantum Computers
- Transverse Gate Operations
- Is Quantum Computing All Hype?
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