Corona Virus Information Updated February 5, 2021

Scientists in using electron Microscope

Electron Microscopy Facility

at Cornell University

PARADIM’s electron microscopy (EM) facility leverages and expands on existing capabilities in the Cornell Center for Materials Research (CCMR, a research center that includes an NSF-funded Materials Research Science and Engineering Center, MRSEC DMR-1719875) giving users access to a unique set of advanced analysis tools for materials characterization. These electron microscopy facilities are part of the Cornell Center for Materials Research but can be accessed via the PARADIM user program. Reviewed and approved PARADIM user projects receive access to the facilities and to imaging and sample preparation support from PARADIM staff. As with other PARADIM resources, access is without charge to approved US academic and government projects. Preference will be given to projects in which characterization is part of larger materials by design effort.


Electron Microscopy New Capabilities

sub-angstrom imaging

Sub-Angstrom STEM Imaging

PARADIM offers sub-Angstrom imaging of materials at room and cryogenic temperatures.


Variable temperature cryo-STEM

A new sample holder enables atomic-resolution experiments at variable cryogenic temperatures for tracking of phase transitions.


Electron Ptychography

E-ptychography offers never before seen resolution.


Nion UltraSTEM 100

Nion UltraSTEM 100


FEI Titan Themis 300

EMPAD Diagram


Helios FIB

TFS Helios G4 UX DualBeam FIB


TFS Spectra 300 Kraken S/TEM + X-CFEG

FEI Tecnai BioTwin TEM

FEI Tecnai BioTwin TEM

Electron Microscopy Team

Don Werder

Don Werder

Don Werder assists and guides users in the operation of the instruments, with a goal of training them towards independent operation and skills they can transfer to their home institutions.

David Muller

Dr. David Muller

Leading the PARADIM Electron Microscopy Facility, Dr. David Muller continues to develop groundbreaking capabilities to support users. Dr. Muller's research is focused on understanding the behavior of materials and devices at the atomic scale, with an emphasis on sustainable energy applications.