Quantum Seminar

Spring 2022

Fall 2021

Spring 2021

Fall 2020

Time & Location: Feb 1+2, via video conferencing. (Contact DOT to join.)


  1. Anabel Ovide: Trapped-ion quantum computing I: Trapping & cooling ions
  2. Alejandro Villoria: Trapped-ion quantum computing II: The Quantum Charge Coupled Device (QCCD) architecture
  3. Galina Pass: Quantum singular value transformation, with application to Fixed Point Amplitude Amplification
  4. Evgenii Dolzhkov: Applying quantum singular value transformation to quantum walks
  5. Handy Kurniawan: Digital-analog control of quantum computing devices (Ketita)