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Two-dimensional (2D) materials offer a rich platform for studying quantum phenomena, because their properties can be profoundly altered through heterostructure stacking and defect manipulation, while the resulting electronic and magnetic structure can be directly imaged via surface-sensitive probes. I will discuss several examples that highlight the remarkable potential of engineered two-dimensional (2D) materials for exploring […] |
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Structural materials that are damage tolerant, lightweight, multifunctional, and sustainable are highly desirable for many engineering applications. Such combinations of properties are often found in the biological world. Organisms from nature construct a variety of different biological structural materials for protection, predation, body support, camouflage, etc. Despite the fact that these materials are made from […] |
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Interfaces in heterostructures often exhibit emergent physical properties that are absent in the constituent layers. These heterostructures, together with their compatibility with nanofabrication, are promising for constructing functional quantum devices. I will illustrate the capability of such heterostructure engineering by taking two examples. I will first explain our discovery of a versatile method for synthesizing […] |
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Critical elements such as rare-earth (RE) metals that are subject to supply risks and are incorporated in critical materials, play a central role in the function of these materials. They dictate the properties that control the function of critical materials, including both molecules and materials, used in a broad range of technologically important and energy […] |
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Macromolecular materials that are capable of selectively and efficiently localizing cells, factors, and/or drugs offer important approaches for mediating biological events and in the development of hybrid materials. We have employed a combination of biosynthetic tools, bioconjugation strategies, and biomimetic assembly to produce thermoresponsive (poly)peptides derived from sequences of resilin, elastin, and collagen. These materials […] |
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Spring 2023 Hybrid-Seminar Series Mondays 1.00-2.00 pm (EST) Towne 225 / Raisler Lounge “For Zoom link, please contact <manu@seas.upenn.edu>” |
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*This is an event hosted by Villanova University. To gain access to the livestream, you must register to attend.* Featuring presentations by a select group of world-class experts, this symposium celebrates the groundbreaking contributions of Dr. Nader Engheta in complex electromagnetic structures, plasmonics, optical nanocircuitry, and wave-based computing. The speakers discuss the current and future […] |
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This talk will be held in person in Glandt Forum; snacks will be served. Regenerative medicine is an interdisciplinary field that has significant promise for treating compromised tissues and organs. In our laboratory, we use a number of tools including biomaterials, organoids, quantitative modeling, and animal models to gain new fundamental understandings and identify therapeutic […] |
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