Nanomachines for neuroscience and beyond

One of the challenges in biomedical sciences is the development of next-generation tools that can accurately image, identify, and execute desired missions in a selectively programmed manner. In this lecture, I will discuss magnetic nanoparticles as core platform materials and tools for a variety of functionalities such as sensing, targeting and signaling of cells and live animals in a selective and efficient way. These tools serve not only as a contrast agent for highly accurate MR imaging but also a modulator for neurons via magneto-mechanical genetics (MMG) for the behavior control of live animals. MMG serves as one of the most advanced technologies in controlling neurons for brain stimulations via remote and wireless fashion.

Speaker: Jinwoo Cheon, Yonsei University