Nature Communications (May 2022)
Assembly and coherent control of a register of nuclear spin qubits
- Katrina Barnes,
- Peter Battaglino,
- Benjamin J. Bloom,
- Kayleigh Cassella,
- Robin Coxe,
- Nicole Crisosto,
- Jonathan P. King,
- Stanimir S. Kondov,
- Krish Kotru,
- Stuart C. Larsen,
- Joseph Lauigan,
- Brian J. Lester,
- Mickey McDonald,
- Eli Megidish,
- Sandeep Narayanaswami,
- Ciro Nishiguchi,
- Remy Notermans,
- Lucas S. Peng,
- Albert Ryou,
- Tsung-Yao Wu,
- Michael Yarwood
Affiliations
- Katrina Barnes
- Atom Computing, Inc.
- Peter Battaglino
- Atom Computing, Inc.
- Benjamin J. Bloom
- Atom Computing, Inc.
- Kayleigh Cassella
- Atom Computing, Inc.
- Robin Coxe
- Atom Computing, Inc.
- Nicole Crisosto
- Atom Computing, Inc.
- Jonathan P. King
- Atom Computing, Inc.
- Stanimir S. Kondov
- Atom Computing, Inc.
- Krish Kotru
- Atom Computing, Inc.
- Stuart C. Larsen
- Atom Computing, Inc.
- Joseph Lauigan
- Atom Computing, Inc.
- Brian J. Lester
- Atom Computing, Inc.
- Mickey McDonald
- Atom Computing, Inc.
- Eli Megidish
- Atom Computing, Inc.
- Sandeep Narayanaswami
- Atom Computing, Inc.
- Ciro Nishiguchi
- Atom Computing, Inc.
- Remy Notermans
- Atom Computing, Inc.
- Lucas S. Peng
- Atom Computing, Inc.
- Albert Ryou
- Atom Computing, Inc.
- Tsung-Yao Wu
- Atom Computing, Inc.
- Michael Yarwood
- Atom Computing, Inc.
- DOI
- https://doi.org/10.1038/s41467-022-29977-z
- Journal volume & issue
-
Vol. 13,
no. 1
pp. 1 – 10
Abstract
In large qubit registers, long coherence times and individual qubit control are difficult to achieve at the same time. Here, the authors assemble a 2D register of qubits in an array of fermionic alkaline-earth atoms, where tailored pulses can be applied to subsets of individual qubits in parallel.
