Company Filing History:
Years Active: 2023
Title: The Innovative Work of Olgierd Palusinski in Implantable Power Sources
Introduction: Olgierd Palusinski, an inventive mind based in Tucson, Arizona, has made significant contributions to the field of implantable sensor technology. His innovative patent focuses on the development of nanowired ultra-capacitor-based power sources, which are pivotal for enhancing the functionality of implantable devices.
Latest Patents: Palusinski holds a patent for "Nanowired ultra-capacitor based power sources for implantable sensors and devices." This invention presents various examples related to power sources for implantable sensors and devices. In one notable application, the patent describes a device designed for implantation within a subject, featuring circuitry for sensing observable parameters. Central to this device is a nanowired ultra-capacitor (NUC) that can fit within a volume of 10 mm or less. The NUC is characterized by a remarkable surface capacitance density ranging from about 25 mF/cm² to greater than 29 mF/cm², enabling its use in compact applications like ocular diagnostic sensors and other miniaturized implantable devices.
Career Highlights: Olgierd Palusinski's career is marked by his dedication to advancing technology in medical devices. His affiliation with the University of Arizona underscores his commitment to research and development within academic settings. His pioneering work in ultra-capacitor technology showcases his ability to bridge the gap between theoretical research and practical applications in healthcare.
Collaborations: Palusinski collaborates with esteemed colleagues, including Wolfgang Fink, fostering a creative environment that stimulates innovation. Their partnership highlights the importance of teamwork in achieving breakthroughs in technology, particularly in the realm of implantable devices.
Conclusion: Olgierd Palusinski's contributions to the development of nanowired ultra-capacitor power sources represent a significant advancement in medical technology. His work at the University of Arizona continues to inspire future innovations, promising enhanced functionality for implantable devices and improved patient outcomes.