Invited Speaker

Lars Thorben Neustock

Stanford University

Shape Optimization of Electrostatic Ion Beam Systems with a 3D Adjoint Boundary Element Method

Authors: Lars Thorben Neustock and Lambertus Hesselink

We show the, to our knowledge, first implementation of a 3D-mesh adjoint design tool based on the BEM method and the Stoermer-Verlet-Method. We compare BEM- and FEM-based design tools and show optimized designs. Such a computer-aided design tools can help galvanize innovation for quantum hardware and ion optics.

Shape Optimization of Electrostatic Ion Beam Systems with a 3D Adjoint Boundary Element Method

Session 6B-1: Simulation and Modeling for the Nanoscale
Date: Thursday, June 2
Time: 4:20 pm
Location: Bayside

Invited Speakers

Jiawei Zuo

Chip-Integrated Full-Stokes Polarimetric Imaging Sensor

View Abstract

Adam Steele

Ion Microscopy, Machining, and Elemental Analysis with the Cesium Low Temperature Ion Source (LoTIS)

View Abstract

Leeya Engel

Micropatterning of Electron Microscopy Grids for Improved Cellular Cryo-electron Tomography Throughput

View Abstract