Phase Retrieval Workshop 2021
BioXFEL sponsored a remote Phase Retrieval Workshop Monday, October 18 through Tuesday, October 19 2021. The workshop featured a mix of lectures and virtual demonstrations delivered by BioXFEL staff, scholars, and collaborators.
This two-day online event was delivered to an international audience of over 60 people. On the first day we held a teaching session where we covered the basic math, physics, algorithms, and biological applications of phase retrieval methods. Day 2 was focused on research talks presented by invited speakers discussing their current research pertaining to phase retrieval methods. The talks were recorded and posted to YouTube. Below you will find the first video in the series.
Invited Speakers and Lecturers:
Joe Chen (ASU) Organizer
Jeffrey Donatelli (LBNL) Organizer
Kanupriya Pande (LBNL) Organizer
Zixi Hu (LBNL)
Rainier Mobley (ASU)
Rick Kirian (ASU)
Tom Grant (UB)
Elijah Gonzalez (Rice University)
George Phillips (Rice University)
Sabine Botha (ASU)
Dorothee Liebschner (LBNL)
Iris Chang (SLAC)
Phase Retrieval Workshop 2021 Agenda
Day 1 Teaching Talks
Topic |
Speaker |
Welcome and Introduction |
Joe Chen |
Physics and Fourier optics |
Rick Kirian |
Coherent Diffractive Imaging and Phase Retrieval Algorithms |
Jeff Donatelli |
Basic phasing with Python Hands-on tutorial |
Joe Chen |
Break (1 hr) Basic introduction to crystallography for those who need it. |
Joe Chen |
Crystallographic phasing (MAD/SAD) |
Sabine Botha |
Crystallographic phasing (MR/Direct method) |
George Phillips |
The discrete Fourier transform and the phase problem for 2D and 1D crystals |
Rick Millane |
Trivia/Quiz |
Joe Chen |
Day 2 Research Talk Speakers
Title |
Speaker |
Affiliation |
Multi-tiered iterative phasing for solving complex inverse problems |
Jeff Donatelli |
LBNL |
A mathematical algorithm for estimating rotational diffusion coefficient from X-ray photon correlation spectroscopy data |
Zixi Hu |
LBNL |
Scaling and accelerating algorithms for single-particle imaging |
Iris Chang |
Stanford |
The Monte Carlo expand-maximize-compress algorithm |
Benjamin Mobely |
ASU |
Break (1 hr) |
|
|
Phase retrieval for 1D solution scattering profiles |
Tom Grant |
University at Buffalo |
Ab initio structure determination from fluctuation x-ray scattering |
Kanupriya Pande |
LBNL |
Ab initio phasing of high solvent content crystals using a hybrid input-output algorithm |
Elijah Gonzalez |
Rice University |
Phase determination in Macromolecular crystallography with Phenix |
Dorothee Liebschner |
LBNL |