mmc2021 Abstract Database

EMAG Plenary Talk: Professor Joanne Etheridge - Finding the atoms that matter in functional materials - adventures with 4D-STEM

Plenary Talk: Professor Buzz Baum - Imaging hell: studying the cell biology of micron-sized archaea that grow at 75°C to shed light on the evolution of cell division.

Poster Session 1

Poster Session 2

Poster Session 3

Poster Session 4

Stream 1: EMAG - 2D Materials

Stream 1: EMAG - 4D-STEM

Stream 1: EMAG - Energy and Energy Storage Materials

Stream 1: EMAG - Functional Materials

Stream 1: EMAG - Soft and Hybrid Materials

Stream 1: EMAG - Spectroscopy & Advanced SEM

Stream 2: EMAG - Automated Control, Advanced Data Processing

Stream 2: EMAG - Electron Crystallography and Diffraction

Stream 2: EMAG - In-situ microscopy

Stream 2: EMAG - Instrumentation Development (incl Detector technology)

Stream 2: Machine Learning for Image Analysis

Stream 2: Software and Smart Microscopy

Stream 3: 3D+ Image Analysis

Stream 3: Advanced Atom Probe Tomography

Stream 3: Chemical Imaging of Biological Samples using Electron, Ion and X-ray Based Techniques

Stream 3: Operando Microscopy

Stream 3: Volume Microscopy in Physical and Life Sciences

Stream 3: X-ray Microscopy: A Powerful Tool to Aid the Understanding of Structures in the Life and Physical Sciences

Stream 4 (AFM): Functional Scanning Probe Microscopy for Advanced Material Science

Stream 4 (AFM): New Frontiers in Quantum Matter Visualization

Stream 4 (AFM): Quantitative SPM for Biology, Biomedicine, and Bioinspired Technologies

Stream 4 (AFM): SPM Techniques on Energy Materials and Processes

Stream 4: Diamond Light Source Session 1

Stream 4: Diamond Light Source Session 2

Stream 5: High-plex Cytometry

Stream 5: Imaging in Development and Disease

Stream 5: Label Free Imaging

Stream 5: Late Breaking

Stream 5: Up Close with the Enemy: Imaging Pathogen-host Dynamics

Stream 6 (Frontiers): Correlative Imaging of Organelle Organization and Architecture

Stream 6 (Frontiers): Development and Applications in Super Resolution Microscopy

Stream 6 (Frontiers): Lightsheet Microscopy: Development and Application

Stream 6 (Frontiers): Quantifying Dynamic Movement in Living Cells