Balerion Advisor Doug McAdams sits down with Ben Bloom, Founder & CEO of Atom Computing, to discuss neutral atom quantum computing. Atom Computing is developing large-scale quantum computers based on neutral atom architectures. The discussion covers quantum computing fundamentals, Atom’s roadmap, energy efficiency, supply chain considerations, and the role of quantum systems in future compute infrastructure.

Timestamped Overview

00:00 – Introduction to Ben Bloom and Atom Computing

00:40 – Bloom’s background from MIT, atomic clocks, Intel, and Rigetti

02:32 – Quantum computing primer and why qubits matter

04:26 – Applications in chemistry, materials science, and cryptography

06:24 – Quantum computing as an engineering tool for simulation and design

09:43 – Moore’s Law, GPUs, QPUs, and heterogeneous compute

11:49 – Neutral atoms, optical tweezers, and qubit control

15:49 – Founding Atom Computing and recognizing the neutral atom opportunity

18:13 – Energy use, room-temperature operation, and compute efficiency

20:37 – Integrating QPUs into cloud and HPC infrastructure

22:11 – U.S. government quantum investment and strategic importance

24:21 – Defense, materials science, and dual-use applications

26:28 – Atom Computing’s product architecture and system components

31:32 – Scaling roadmap, logical qubits, and error correction

33:27 – Current systems, customer deployments, and path to 2030

36:16 – Manufacturing, bottlenecks, and scaling neutral atom systems

38:58 – Quantum sensing, communications, and compute differences

43:53 – Quantum computing timelines and expected industry impact

45:49 – Future applications in materials, chemistry, drugs, and industrial design

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