A multi-institutional study using PARADIM’s advanced imaging tools has traced the root causes of tooth decay down to the atomic level.

Cornell researchers using PARADIM’s electron detectors reveal that defocused imaging can enhance precision when locating atoms.

A PARADIM user project demonstrating laser-controlled magnetization switching in FeRh thin films was selected as the Inside Cover of Advanced Materials in June 2020.

A feature in Johns Hopkins Magazine spotlights PARADIM’s Bulk Crystal Growth Facility, where researchers create materials that have never existed before.

Mike Scudder, a PARADIM user and member of the Goldberger group, received Ohio State’s prestigious Presidential Fellowship in Spring 2020.

A PARADIM user project combining theory, MBE, and ARPES was featured on the cover of Applied Surface Science’s special issue on oxide electronics.

Using a Cornell-developed detector, PARADIM’s David A. Muller and collaborators set a new world record in electron microscope resolution.

In a PARADIM video feature, Tyrel McQueen discusses how new materials are discovered and why they matter.