Innovative systems for smart multimodal optoelectronic sensors integration

该计划将开发新的突破性方法，为神经科学研究提供新颖的智能无线实验工具。特别是，这项研究将有助于寻求新的创新方法，以提高系统的智能和功能，同时通过利用医疗仪器，材料科学和微电子学的新进展，开发芯片级和微创无线微系统，在小型电池上工作或使用能量收集器，从而将小型化推向前所未有的水平，从而大大提高自主性，同时减小尺寸。这些微系统专注于本地和实时地感测和处理生物医学信号，同时驱动生物微结构，并从活组织内部提供超低功耗无线连接。由于采用了多学科方法，设想的平台将联合收割机结合几种微米和纳米制造的组件，如微电子电路、光纤和光学器件（透镜、光栅等），来处理微米和纳米级的高度复杂的生物结构。

This program will develop new ground breaking approaches to provide neuroscience research with novel smart wireless experimental tools. In particular, this research will contribute to sought new innovative methods to increase systems intelligence and functionality while pushing miniaturization to unprecedented level by leveraging new advances in medical instrumentation, material science and microelectronics to develop chip-scale and minimally-invasive wireless microsystems working on small batteries or using energy harvester, and hence, greatly improving autonomy while decreasing size. These microsystems focus on sensing and processing biomedical signals locally, and in real-time, while actuating biological microstructures, and providing ultra-low-power wireless connectivity from inside living tissues. Thanks to a multidisciplinary approach, the envisioned platforms will combine several micro- and nano-fabricated components, such as microelectronic circuits, optical fibers, and optics (lenses, gratings, etc.), to address highly complex biological structures at the micro- and nanoscale.