Scientific articles with LiteScope measurements

Researchers strive to unlock the potential of graphene, but precise manipulation remains challenging. In-situ experiments using the AFM-in-SEM LiteScope explore how electron-beam exposure affects SiO2 substrate morphology. Findings reveal subtle effects, guiding the optimization of nanopatterning processes for enhanced graphene-based device development.

Explore how YAP signaling influences cellular uptake and response to nanoparticles. This research reveals promising findings using AFM-in-SEM LiteScope to control YAP, enhancing nanoparticle therapy efficacy, particularly for triple-negative breast cancer.

Discover the latest breakthroughs in researching the interface between biological organisms and nanomaterials. This article introduces a groundbreaking approach using AFM-in-SEM LiteScope, a novel combination of microscopic techniques, to unravel interaction mechanisms and effects. Dive into the microscopic realm for a concise exploration of this innovative methodology.

Researchers from Palacký University Olomouc and the Technical University of Ostrava have developed an eco-friendly method to make ultra-thin 2D hematene sheets, which could lead to better clean energy technology. All that with the assistance of our LiteScope.

In this new article, our colleagues together with members of the Czech Metrology Institute describe the Digital Signal Processor in detail.

This new article describes how LiteScope combines multiple modes of AFM and SEM and how such approach to surface analysis can provide researchers with a significant amount of information about their materials.