First of all, we have conceived an approach to obtain freestanding single crystalline materials through 2D materials assisted layer-transfer (2DLT). In this talk, I will discuss about our recent effort to tackle the aforementioned challenge by developing 3D and 2D freestanding nanomembranes. Thus, an alternative approach has been required to secure mechanically low stiffness of materials and devices. One of these most prevalent limitations is that current thin-film electronic systems have been developed on rigid wafers, which causes serious physical constrains because of the thick nature of the materials on the rigid wafers. However, there are fundamental limitations in using conventional systems towards future electronics such as wearable devices, biomedical devices, and edge computing devices. The conventional electronic system has been developed upon Si-based thin-films because of their cost-effectiveness and mature process. Material Innovation through Freestanding Nanomembranes towards Future Electronics Sang-Hoon Bae from Washington University in St. MU provides great centralized microscopy resource at EMC for scientists from all fields to advance their career and research. Cryo-EM will continue its remarkable growth in technology advancement in the next decades. to develop and implement such a unique pipeline housed in NextGen. As the Director, I am leading the MU Electron Microscopy Core (EMC) in collaboration with MU research laboratories from Physics, Material Science, Computer Science, Biochemistry etc. Sample-to-structure pipeline is essential for an imaging Core in improving the productivity and efficiency in structural determination. Method developments in single-particle analysis (SPA) and in situ tomography have enabled more structures to be imaged and determined to attenable resolutions. Cryo–electron microscopy (cryo-EM) has been proven a powerful tool visualizing biological specimen.
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