Chris Monroe Joins QPICs to Chair Scientific Advisory Board

Quantum computing pioneer and IonQ co-founder brings a wealth of knowledge and expertise

Arvada, Colo., September  25, 2026 — Dr. Christopher Monroe joins QPICs, Inc to chair Scientific Advisory Board.

Chris Monroe is one of the founding figures of experimental quantum computing, having spent more than three decades turning trapped-ion physics from a laboratory curiosity into the leading platform for building real quantum computers. After studying under Nobel laureate Carl Wieman, he joined the National Institute of Standards and Technology under Nobel laureate David Wineland, where in 1995 he was part of the team that demonstrated the first fundamental quantum logic gate, a landmark result that proved quantum computation with trapped ions was physically achievable.

Over the following years he went on to lead many of the field’s foundational demonstrations, including some of the earliest multi-qubit entanglement experiments and quantum teleportation between separated atoms, as well as a scalable ion-shuttling architecture, the first ion trap integrated onto a semiconductor chip, and early work using arrays of individually controlled atoms as programmable quantum simulators.

Many of these concepts, from entangling gates to modular, shuttling-based architectures, remain core building blocks of how trapped-ion quantum computers are engineered today.

 In 2015, drawing directly on this research, he co-founded IonQ, taking trapped-ion quantum computing into industry. IonQ went on to become one of the most prominent commercial quantum computing companies, and Monroe served as its chief scientist and now chief scientific advisor.

As Advisor to QPICs, Chris Monroe re-unites with co-founders Chris Myatt and Chris Wood, where the three overlapped as graduate students together in Carl Wieman’s labs, and Myatt and Wood followed Monroe as post-docs at NIST.

Together with a world-class team they built and demonstrated the first chip-based quantum information processor. Monroe brings a deep understanding of the photonics required by quantum computing, and his guidance will bring a wealth of scientific and technical insight to the QPICs team.

ALL RIGHTS RESERVED © QPICS 2026