
Featured publications


Topological Quantum States
We experimentally explore topologically ordered quantum states, including simulating the braiding of elusive anyons and encoding logical qubit states we plan to use for quantum error correction.

Achieving Precision in Quantum Material Simulations
We outline a blueprint for achieving record levels of precision for the task of simulating quantum materials.

Demonstrating the Fundamentals of Quantum Error Correction
We outline in this paper how we use quantum repetition codes to demonstrate a new technique for reducing the amount of correlated errors in our physical qubits.
Research areas
[{
"type": "thumb-down",
"id": "missingTheInformationINeed",
"label":"Missing the information I need"
},{
"type": "thumb-down",
"id": "tooComplicatedTooManySteps",
"label":"Too complicated / too many steps"
},{
"type": "thumb-down",
"id": "outOfDate",
"label":"Out of date"
},{
"type": "thumb-down",
"id": "samplesCodeIssue",
"label":"Samples / code issue"
},{
"type": "thumb-down",
"id": "otherDown",
"label":"Other"
}]
[{
"type": "thumb-up",
"id": "easyToUnderstand",
"label":"Easy to understand"
},{
"type": "thumb-up",
"id": "solvedMyProblem",
"label":"Solved my problem"
},{
"type": "thumb-up",
"id": "otherUp",
"label":"Other"
}]