10:45 AM
|
Simulations of Quantum Computations Using Decision Diagrams
-
Robert Wille
(Johannes Kepler University, Austria)
()
|
11:15 AM
|
Differentiable simulation of superconducting quantum processors
-
Xiaotong Ni
(Alibaba Quantum, China)
()
|
11:45 AM
|
QTensor: Tensor Network Simulator for HPC
-
Yuri Alexeev
(Argonne National Laboratory)
()
|
|
10:45 AM
|
To be added later
-
Kristel Michielsen
(Julich Supercomputing, Germany)
()
|
11:15 AM
|
Numerical simulation of noisy quantum computers: a crucial tool to make the most of NISQ processors
-
Thomas Ayral
(Atos Quantum, France)
()
|
11:45 AM
|
Optimization and design of vm6502q/qrack
-
Daniel Strano
(PDHI, USA)
()
|
|
12:15 PM
|
--- Break ---
|
12:30 PM
|
Evaluating the Simulation Landscape
-
Adam Lyon
(Fermi National Laboratory, USA)
()
|
1:00 PM
|
HybridQ: A HybridQ Simulator for Quantum Circuits
-
Salvatore Mandra
(NASA Ames Research Center, USA)
()
|
1:30 PM
|
Tools and methods for the simulation of medium to large scale quantum computations
-
Benjamin Villalonga
(Google AI Quantum, USA)
()
|
2:00 PM
|
--- Break ---
|
2:15 PM
|
NWQSim: Scalable Simulation of Quantum Circuit with Noise on Heterogeneous HPC Systems
-
Ang Li
(Pacific Northwest National Laboratory, USA)
()
|
2:45 PM
|
Challenges and Case Studies of Realistic Device Simulations
-
Matthew Otten
(HRL Labs, USA)
()
|
|
12:15 PM
|
--- Break ---
|
12:45 PM
|
Intel Quantum Simulator: interaction with circuit optimization and realistic noise model
-
Gian Guerreschi
(Intel Labs, USA)
()
|
1:15 PM
|
TNQVM: Exascale Tensor Network Quantum Circuit Simulator
-
Thien Nguyen
(Oak Ridge, USA)
()
|
1:45 PM
|
Stabilizer-Based Methods for Simulating Near-Clifford Circuits
-
Ryan Bennink
(Oak Ridge, USA)
()
|
2:15 PM
|
GPU acceleration of Quantum Circuit Simulation with the cuQuantum SDK
-
Harun Bayraktar
(NVIDIA, USA)
()
|
2:45 PM
|
--- Break ---
|
3:15 PM
|
Optimizing performance for large contractions and possibilities for approximation
-
Johnnie Gray
(CalTech, USA)
()
|
3:45 PM
|
Simulating Near-Term Quantum Computers with Approximate Tensor Network Algorithms
-
Miles Stoudenmire
(Flatiron Institute, USA)
()
|
4:15 PM
|
Using learning control to create high fidelity cross resonance gates on superconducting qubits with Boulder Opal
-
Michael Hush
(Q-CTRL, Australia)
()
|
|