Atom Computing
Julia McMaster is an experienced opto-mechanical engineer currently working at Atom Computing since November 2024, with previous roles at Infleqtion, where contributions included optomechanical design for quantum computing and co-authoring a research paper. Julia has also worked as a mechanical engineer at Rhoic, focusing on high-voltage AC nanofiber electrospinning systems, and held positions at Corning Incorporated, involving data analysis and optical fixture design. Julia's early career includes an internship at Corning, researching high precision optical alignment techniques, and a sales role at AutoZone. Julia holds a Bachelor of Arts in Mathematics and a Bachelor of Science in Mechanical Engineering from the University at Buffalo, along with an Associate of Science in Engineering Science and Mathematics from Monroe Community College.
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Atom Computing
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Atom Computing is building quantum computers using individually controlled atoms. Atoms are nature's perfect quantum bits and can be controlled optically, without wires. Atoms provide a path towards truly scalable quantum computing.