Collaborative Reseach: Ultra-broadband Highly-Efficient Wireless Powering of "Zero-Power" Implantable and Wearable Wireless Sensors

FIU和佐治亚理工学院的这项合作研究的目标是通过导致生物副作用减少的新型高效、失调不敏感和宽带(HEMIB)强耦合磁共振(SCMR)系统，实现植入式和可穿戴传感器的同时供电和通信。智力价值：我们的研究将产生必要的基础和技术知识，以产生第一个HEMIB SCMR设计，具有前所未有的功率传输效率、带宽和对齐不敏感特性，适用于均匀、有损耗、色散和非均匀介质。广泛影响：我们的研究将能够支持安全且智能的可植入系统的供电，从而实现下一代应用；包括为辅助生活中的老年人进行植入式或穿戴式生物监测、起搏器、药物输送、人造器官、残疾人和受伤军事人员的仿生学，以及癌症和脑部疾病的新型治疗。我们的工作期望通过将我们研究的跨学科主题与教育相结合来促进发现和理解，同时促进教学、培训和学习。

The objective of this collaborative research between FIU and Georgia Tech is to achieve simultaneous powering and communication of implantable and wearable sensors through novel Highly Efficient, Misalignment-Insensitive, and Broadband (HEMIB) Strongly Coupled Magnetic Resonance (SCMR) systems that cause reduced biological side-effects. Intellectual Merit: Our research will generate the required fundamental and technological knowledge for deriving the first HEMIB SCMR designs with unprecedented power transfer efficiency, bandwidth and alignment-insensitive characteristics for homogeneous, lossy, dispersive and non-homogeneous media.Broader Impact: Our research is expected to yield significant societal benefits because of its impact to health and quality of life, as it will be able to support the powering of safe and smart implantable systems that will enable next generation applications; including, implantable or wearable biomonitoring of senior people in assisted living, pacemakers, drug delivery, artificial organs, bionics for people with disabilities and injured military personnel, and novel treatments for cancer and brain disorders. Our work is expected to advance discovery and understanding while promoting teaching, training, and learning through integration of cross-disciplinary themes from our research with education.