Purpose:
The NSF Quantum Leap Challenge Institute for Robust Institute for Quantum Simulation (RQS) is planning its second annual inclusive and immersive summer school. We aim to provide graduate students and postdocs with a broad background on which they can build their understanding of the existing challenges in quantum simulation and create opportunities for collaboration.

Dates: Friday, August 9 to Sunday, August 11, 2024
Location: University of Rhode Island, Room 170, 7 Greenhouse Rd, Kingston, RI 02881
The summer school has reached capacity. We are no longer accepting new applications for this year.
Registration: There is a $15 registration fee for the summer school. Attendance is limited. Once registration is open, please complete the registration process to submit your interest in attending. We will review each application and respond separately via email to update you on the outcome of the review process. Please do not make any travel plans until you receive a confirmation. This procedure applies only to the summer school due to limited attendance.
Focus:
The focus of the 2024 summer school is on many-body systems, combining both theoretical and numerical techniques with examples from quantum hardware experiments.
Invited Lecturers:
- Andrew Daley, University of Oxford
- Di Fang, Duke University
- Robert Huang, Google Quantum AI / Caltech
- Alicia Kollár, University of Maryland
- Mikhail Lukin, Harvard
- Phil Richerme, Indiana University Bloomington
- Steve White, University of California, Irvine
Student-postdoc organizing committee:
- Jacob Lin, Postdoc, UMD
- Daniel Weiss, Postdoc, Yale
- Mingyu Kang, Student/Postdoc, Duke
- Hrushikesh Pramod, Student/Postdoc, NCSU
- Greeshma Oruganti, Student, UMD
- Jeronimo Martinez, Student/Postdoc, Princeton
- Ian Spielman, Faculty Advisor, UMD
Staff organizing committee:
- Kuljeet Kaur, UMD
- Emily Mercurio, UMD
Agenda:
| Day | Item | Description | Duration | Start Time | End Time |
| Fri, Aug 9 | Welcome | Summer School Registration (can also be completed on August 8 evening, if you are staying at the dorm) | 1 hour 15 minutes | 8:15 am | 8:45 am |
| Introduction | Discuss the summer school format and goals | 15 minutes | 8:45 am | 9:00 am | |
| Lecture | Rydberg Lattices by Mikhail Lukin | 1 hour | 9:00 am | 10:00 am | |
| Break | Refreshments provided by the summer school | 15 minutes | 10:00 am | 10:15 am | |
| Lecture | Rydberg Lattices by Mikhail Lukin | 1 hour | 10:15 am | 11:15 am | |
| Open networking and Lunch | Lunch provided by the summer school | 2 hours 25 minutes | 11:15 am | 1:30 pm | |
| Lecture | Ion Crystal Lattices by Phil Richerme | 1 hour | 1:30 pm | 2:30 pm | |
| Break | Refreshments provided by the summer school | 15 minutes | 2:30 pm | 2:45 pm | |
| Lecture | Ion Crystal Lattices by Phil Richerme | 1 hour | 2:45 pm | 3:45 pm | |
| Break | Refreshments provided by the summer school | 15 minutes | 3:45 pm | 4:00 pm | |
| Open-Time | Networking | 1 hour | 4:00 pm | 5:00 pm | |
| Dinner | Dinner provided by the summer school | 1 hour 30 minutes | 6:00 pm | 7:30 pm | |
| Event | Social Event | 1 hour 30 minutes | 7:30 pm | 9:00 pm | |
| Sat, Aug 10 | Lecture | Quantum Algorithms for Dynamics Simulation by Di Fang | 1 hour | 9:00 am | 10:00 am |
| Break | Refreshments provided by the summer school | 15 minutes | 10:00 am | 10:15 am | |
| Lecture | Quantum Algorithms for Dynamics Simulation by Di Fang | 1 hour | 10:15 am | 11:15 am | |
| Open networking and Lunch | Lunch provided by the summer school | 2 hours 25 minutes | 11:15 am | 1:30 pm | |
| Lecture | Introduction to Superconducting-Qubit Devices by Alicia Kollár | 1 hour | 1:30 pm | 2:30 pm | |
| Break | Refreshments provided by the summer school | 15 minutes | 2:30 pm | 2:45 pm | |
| Lecture | Introduction to Superconducting-Qubit Devices by Alicia Kollár | 1 hour | 2:45 pm | 3:45 pm | |
| Break | Refreshments provided by the summer school | 15 minutes | 3:45 pm | 4:00 pm | |
| Lecture | Methods of Simulating Many-Body Physics by Steve White | 1 hour | 4:00 pm | 5:00 pm | |
| Break | Refreshments provided by the summer school | 15 minutes | 5:00 pm | 5:15 pm | |
| Lecture | Methods of Simulating Many-Body Physics by Steve White | 1 hour | 5:15 pm | 6:15 pm | |
| Dinner | Dinner provided by the summer school | 1 hour 15 minutes | 6:15 pm | 7:30 pm | |
| Sun, Aug 11 | Lecture | Dynamics in Analogue Quantum Simulators: Thermalisation, Scrambling, and Open Systems by Andrew Daley | 1 hour | 9:00 am | 10:00 am |
| Break | Refreshments provided by the summer school | 15 minutes | 10:00 am | 10:15 am | |
| Lecture | Dynamics in Analogue Quantum Simulators: Thermalisation, Scrambling, and Open Systems by Andrew Daley | 1 hour | 10:15 am | 11:15 am | |
| Open networking and Lunch | Lunch provided by the summer school | 1 hour 45 minutes | 11:15 am | 1:00 pm | |
| Lecture | Learning Quantum States and Hamiltonians by Robert Huang | 1 hour | 1:00 pm | 2:00 pm | |
| Break | Refreshments provided by the summer school | 15 minutes | 2:00 pm | 2:15 pm | |
| Lecture | Learning Quantum States and Hamiltonians by Robert Huang | 1 hour | 2:15 pm | 3:15 pm | |
| Closing remarks | 15 minutes | 3:15 pm | 3:30 pm | ||
| End of summer school | 3:30 pm |



