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6548 Forest Park Pkwy, St. Louis, MO 63112, USA

https://mems.wustl.edu/index.html
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Quansan Yang, PhD, Postdoctoral Researcher at MIT

The development of electronic and optical systems that harmoniously evolve with dynamic biological and ecological environments is crucial for advancing healthcare and sustainability. In this talk, I will explore the role of dynamic adaptability in materials and manufacturing to advance these systems, and explain how these can address grand societal challenges. First, driven by healthcare concerns, I will introduce a biodegradable electronic device that can serve as ‘medicine’ to eliminate the side effects of drug overdose and enable on-demand therapeutics within clinically relevant timeframes. Second, I will discuss the engineering innovations in device functionalities and manufacturing approaches (e.g., the development of the first biodegradable micro-electromechanical systems (MEMS) and advancements in sustainable, scalable laser manufacturing techniques) to accelerate the deployment of biodegradable electronics into everyday life, with an emphasis on E-waste mitigation. Third, I will present a strategy for the volumetric and simultaneous deposition of diverse functional materials in a 3D, ‘arbitrary’, and nanoprecise manner, and illustrate the utility with examples of 3D optical chips and ultra-compact visible-light optical neural networks to increase computing efficiency and lower energy consumption.

  • Justine Craig-Meyer

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