Presentation
Capturing Quantum Components in Quantum EDA
DescriptionAs we drive toward building the Quantum EDA (QEDA) stack, a familiar enemy stands in our way. To fully model a quantum chip—whether accurately capturing the physics of an individual qubit or solving the compact model of an entire processor—one must solve the quantum many-body problem. This is the "exponential wall" that pushes us to build a QPU in the first place. In this talk, I will lay the groundwork and thesis for a comprehensive QEDA stack. I will then discuss how Kothar's classical solvers pave a path to modeling hundreds of qubits without sacrificing the "quantumness" of the chip's components. Finally, we will establish a critical roadmap: the transition toward "using quantum computers to design quantum computers.
Event Type
Engineering Special Session
TimeMonday, July 273:30pm - 5:00pm PDT
LocationSeaside RM 7