Science Communication Intern
Alice & Bob
Science Communication Intern
Alice & Bob
Develops fault-tolerant quantum computer hardware
As a Science Communication Intern, you’ll sit at the heart of our science communication efforts, reporting to our Content Manager and helping plan, execute and continuously improve the production of content around Alice & Bob’s new scientific research and milestones.
Your mission: turn our research into content that is accessible and engaging without ever losing scientific accuracy. Too simple and it’s wrong; too precise and nobody reads it. You’ll find that fine line between the two, and deliver high-quality assets with great on-brand design that both a curious newcomer and a physicist can trust.
You’ll work with a range of people, from scientists who keep you accurate to creative partners and marketing colleagues who help make it engaging. We’re looking for someone with a passion for science communication, a penchant for great storytelling and design, and a strong appetite for making complex ideas simple. You take ownership, bring ideas, and care about delivering high-quality work.
Join us as we build the future of quantum computing.
The internship starts between January and March 2027 and lasts 6 months!
Develops fault-tolerant quantum computer hardware
Alice & Bob builds quantum computers that use self-correcting superconducting qubits to achieve fault-tolerant quantum computing. Their machines are designed to run any quantum algorithm, helping researchers tackle hard, complex problems with fewer errors. The product combines a quantum computer chip and related hardware to support quantum computation, backed by simulations to aid design and testing. Unlike others that rely on less error-tolerant qubits, this company focuses on error-free operation through self-correcting qubits, aiming to provide researchers and organizations a reliable platform for advancing quantum algorithms and solving challenging problems. The overall goal is to expand practical quantum computing by delivering a dependable, scalable hardware system that researchers can use to explore and implement advanced quantum techniques.
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