Abstract Nanothermometry in in situ transmission electron microscopy (TEM) is useful for comprehending the functioning mechanisms of the heterogeneous matter through real-time observations. Herein, we introduce a Boltzmann-distribution-driv... Read More
Abstract When navigated by the available energy of a system, often provided in the form of heat, physical processes or chemical reactions fleet on a free-energy landscape, thus changing the structure. In in situ transmission electron micros... Read More
Since life is mostly based on water, our molecules are moving, vibrating and somersaulting in a liquid environment. But electron microscopy—a technique to study a static version of this nano world—has been almost impossible to use to see mo... Read More
Earlier today, UNIST signed a Memorandum of Understanding (MOU) with JEOL Ltd., Japan’s leading manufacturer and supplier of a wide range of scientific and analytical instruments. This collaboration represents a significant commitment... Read More
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