absorb.md

About Chris Monroe

IonQ co-founder, Duke University. Trapped-ion quantum computing pioneer. Demonstrated the first quantum logic gate between two atoms in 1995 (with David Wineland). One of the originators of the modular ion-trap architecture.

arXiv
Compiled from 8 entries (2 papers) / v0
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What Chris Recommends
tool · 7 mentions
service · 4 mentions
product · by Chris Monroe, Jang Sang Kim · 3 mentions
microsoft-azure
product · 3 mentions
tool · 2 mentions
product · 2 mentions
protiviti
service
product
product
event
quantum-system-accelerator-doe-center
service
product · by Chris Ballance, Tom Hardy
post-quantum-world
show · by Constantinos Cragianus
lightsync
product
modular-quantum-computer-architecture-paper-2013
paper · by Chris Monroe, Jungsang Kim, Ken Brown, Luming Duan, Peter Maunz
national-quantum-initiative
service
learning-quantum-fundamentals-from-a-young-age
skill
show · by U.S. National Science Foundation
paper · by Peter Shor
product · by Christopher Monroe
Sources (8)

Every entry that fed the multi-agent compile above. Inline citation markers in the wiki text (like [1], [2]) are not yet individually linked to specific sources — this is the full set of sources the compile considered.

  1. Trapped-Ion Pioneer Christopher Monroe on Quantum Computing's Industrial Inflection Pointyoutube · 2025-07-27
  2. Trapped Ion Quantum Computing: Foundations and Scalable Architecturesyoutube · 2025-06-24
  3. Ion Trap Quantum Computing: A Scalable Approach to Quantum Simulation and Computationyoutube · 2024-10-28
  4. IonQ: Engineering for Scalable Trapped-Ion Quantum Computingyoutube · 2022-08-10
  5. Quantum Computing: Disrupting Biological Sciences and Beyondyoutube · 2021-09-30
  6. Stabilizer Sign Optimization Yields Repetition-Code Performance Against Correlated Idling Errors in Shor's Codepaper · 2021-05-11
  7. Trapped Ion Atomic Qubits Enable Scalable, Fully Connected Quantum Computers with High Fidelity and Modular Expansionyoutube · 2020-12-08
  8. Trapped Ions Enable Arbitrary Lattice Spin Model Simulation in Linear Arrayspaper · 2012-01-03