In the world of materials science, understanding the intricacies of atomic and molecular structures is vital for advancements in energy and quantum technologies. Cryogenic Plasma Focused Ion Beam (P-FIB) technology has emerged as a transformative tool, enabling researchers to investigate frozen liquid-solid interfaces with unparalleled precision. Our upcoming webinar will delve into the practical applications and benefits of this cutting-edge technology.

What to Expect:

1. Probing Frozen Liquid-Solid Interfaces: The webinar will commence with an introduction to how Cryogenic P-FIB technology allows researchers to examine frozen liquid-solid interfaces in biological and physical materials. These interfaces are critical in batteries, where they often determine functionality and points of breakdown. Understanding these complex interfaces, such as the solid electrolyte interface, is key to improving battery design.

2. Correlative Analysis Tools: Attendees will learn how Cryogenic P-FIB, combined with vacuum/cryogenic sample transfer, can be used with correlative analysis tools like Atom Probe Tomography and Transmission Electron Microscopy. This approach enables the detailed atomic-scale analysis of materials and interfaces, providing deeper insights into their structural and chemical properties.

3. Cryogenic vs Room Temperature Sample Preparation: The webinar will cover the unique steps required for preparing samples at cryogenic temperatures compared to room temperature. This section will highlight the distinct challenges and advantages of working with Cryogenic P-FIB, offering practical guidance for researchers.

4. Handling Air-Sensitive Samples: Another crucial topic will be the use of P-FIB vacuum transfer for air-sensitive samples. This is particularly relevant for solid magnetic and superconductor samples, where exposure to air can significantly alter their properties. Attendees will learn about the protocols and techniques necessary to preserve these samples' integrity during analysis.

Expert Speakers: The webinar will feature insights from renowned experts in the field:

• Dr. Shelly Conroy, Imperial College London
• Dr. James Douglas, Imperial College London
• Min Wu (Ph.D.), Thermo Fisher Scientific

These speakers will share their extensive knowledge and research findings, offering attendees a comprehensive understanding of Cryogenic P-FIB technology and its applications.

Registration Information: This webinar is free to attend and will be held online. To register, please visit the official registration page

This webinar is an exceptional opportunity to gain in-depth insights into the atomic secrets of energy and quantum materials. Whether you are a seasoned researcher, a scientist, or an enthusiast in advanced technology, this event is tailored to equip you with valuable knowledge and tools. Register now to be part of this enlightening experience and network with leading experts in the field.