Improving Clock Speed in the Quantinuum Helios Quantum Computer

Oral-In-person

Abstract

Helios is Quantinuum’s latest commercially available quantum computer, based on a trapped-ion architecture that enables high-fidelity operations across 98 fully connected qubits. One scaling challenge with this architecture is the time cost incurred by sorting and cooling ions during each layer in a program. In this talk, we present results demonstrating how Helios parallelizes these operations to increase clock speed, thereby reducing memory errors and improving system-level performance.

Presenters

  • Adam Reed

    • Quantinuum

Authors

  • Adam Reed

    • Quantinuum
  • Jordan Berg

  • J.P. Campora III

  • Robert Delaney

  • Joan Dreiling

  • Brian Estey

  • Akhil Isanaka

  • Colin Kennedy

    • Quantinuum
  • Ivaylo Madjarov

    • Quantinuum
  • Karl Mayer

  • Michael Mills

    • University of California, Los Angeles
  • Annie Park

  • Anthony Ransford

    • Quantinuum
  • Charles Baldwin

    • Quantinuum
  • Nathaniel Burdick

  • John Gaebler

  • Brian Neyenhuis

    • Quantinuum
  • Justin Bohnet