P02.1 - Electron Beam Manipulation of Covalently Bound Materials

Session Chair(s)

• 

  Toma Susi, D.Sc. (Technol)

  Ass.Prof. Dr.
  University of Vienna
  Vienna, Wien, Austria

Presentations:

• 8:30 AM – 9:00 AM US CST

  Engineering qubits in silicon with atomic precision
  

  Presenting Author: Michelle Simmons – Silicon Quantum Computing
• 9:00 AM – 9:15 AM US CST

  Probing the Atomic-Scale Internal Phases with the Electron Beam of Multiferroic Domain Walls Formed During Dynamics
  

  Presenting Author: Michele Shelly Conroy (she/her/hers) – Imperial College London

  Co-Author: Eoghan O'Connell – Max Planck Institute for the Science of Light

  Co-Author: Kalani Moore – Direct Electron L.P.

  Co-Author: Lewys Jones, Ph.D (he/him/his) – Trinity College Dublin

  Co-Author: Quentin Ramasse – University of Leeds

  Co-Author: Sinead Griffin – Lawrence Berkeley National Laboratory

  Co-Author: Colin Ophus, Ph.D – NCEM, Molecular Foundry, LBNL
• 9:15 AM – 9:30 AM US CST

  Single heteroatom configurations in graphene and diamond
  

  Presenting Author: Jani Kotakoski – University of Vienna

  Co-Author: Alberto Trentino – University of Vienna

  Co-Author: Georg Zagler – University of Vienna

  Co-Author: Manuel Längle – University of Vienna

  Co-Author: Diana Propst – University of Vienna

  Co-Author: Harriet Ahlgren – University of Vienna

  Co-Author: Clemens Mangler – University of Vienna

  Co-Author: Kimmo Mustonen – University of Vienna

  Co-Author: Toma Susi, D.Sc. (Tech.) (he/him/his) – University of Vienna
• 9:30 AM – 10:00 AM US CST

  Direct Positioning of Point Defects in 3D Materials Using STEM
  

  Presenting Author: Bethany Hudak, Ph.D. (she/her/hers) – Naval Research Laboratory

  Co-Author: Alexander Markevich – University of Vienna

  Co-Author: Toma Susi, D.Sc. (Tech.) (he/him/his) – University of Vienna

  Co-Author: Andrew R. Lupini – Center for Nanophase Materials Sciences, Oak Ridge National Laboratory, Oak Ridge, TN, USA.

  Co-Author: Rhonda Stroud – Arizona State University