Hardware Challenges for Scalable Academic Ion Trap Quantum Computers

December 11-12, 2024 / Duke Quantum Center / Durham, NC
Convened by Chris Monroe (Duke University) & Crystal Noel (Duke University)


AGENDA

Wednesday, December 11, 2024

9:00am - NQVL Program / QACTI Overview -  Ken Brown, Chris Monroe (Duke) 

9:45am - Related Ion Trap NQVL Programs - QSAIL: David Leibrandt (UCLA), Patty Lee (Quantinuum)

10:30am - Break

11am - Breakout groups organized along topics - Architecture, Control and Software, Atomic Physics

12pm - Lunch

1:30pm - Reports from breakout groups

2pm - Open discussion - Target application areas for co-design of a 256-qubit quantum computer (eg., types of quantum ops/gates, error correction/mitigation, use of qubits/qudits/phonons, connectivity architecture) 

3pm - Break

3:30pm - Industrial ion trap teams and their interest in NSF-NQVL program - Karl Tillman, IonQ; Patty Lee, Quantinuum; Cody Burton, Oxford Ionics 

4:30pm - Prioritization of topics and identification of risks

5pm - Adjourn


Thursday, December 12, 2024

9am - Open discussion - User facility nature of QACTI; institutional network; doing what industry will not or cannot

10:30am - Break

11am - Summarize and next steps

12pm - Adjourn

 

PARTICIPANT LIST

Cody BurtonOxford Ionics
Edward ChenIBM
Tingjun ChenDuke University
John ChiaveriniLincoln Laboratory, MIT
Stephen CrainIonQ
Hartmut HäffnerUC Berkeley
Patty LeeQuantinuum
David LeibrandtUCLA
Dan LobserSandia National Labs
Marek OsinskiUniversity of New Mexico
Melissa RevelleSandia National Labs
Mahmood Sabooni     IQC, University of Waterloo
Daniel SlichterNational Institute of Standards and Technology
Dan StickSandia National Labs
Karl TillmanIonQ
Joachim WelteIonQ

From the QACTI team

Chris MonroeDuke University
Crystal NoelDuke University
Jungsang KimDuke University
Alexander Kozhanov        Duke University
Ken BrownDuke University
Stephanie BarnwellDuke University
Frank MuellerNorth Carolina State University