Company Filing History:
Years Active: 2021
Title: The Innovative Mind of Peter Matthew Forrest
Introduction: Peter Matthew Forrest, an inventor based in Oxford, GB, has made a significant contribution to the field of electrowetting technology with his innovative patent. With a focus on adaptive droplet operations, his work showcases how nuanced control of liquid droplets can have broad applications in various scientific and industrial realms.
Latest Patents: Peter holds a patent for "Adaptive droplet operations in an AM-EWOD device based on test measurement of droplet properties." This inventive solution presents a control method alongside related apparatus for manipulating actuation voltages applied to an electrowetting device. His method includes steps such as receiving a liquid droplet onto an element array, applying a defined electrowetting actuation pattern, sensing the droplet's modified footprint, and controlling actuation voltages based on test metrics obtained. This process optimizes the manipulation of droplets through precise feedback on their properties, promising advancements in fluid control technologies.
Career Highlights: Peter Matthew Forrest is associated with Sharp Life Science (EU) Limited, where he is part of a dedicated team pushing the boundaries of research in electrowetting. His patent stands testament to his inventive spirit and technical prowess, showcasing how he leverages his expertise to influence the design of advanced fluid dynamics systems.
Collaborations: Throughout his career, Peter has collaborated with notable coworkers, including Benjamin James Hadwen and Peter Neil Taylor. Together, they strive to innovate and bring forth advancements that can reshape the landscape of liquid manipulation technologies.
Conclusion: Peter Matthew Forrest exemplifies innovation in the realm of electrowetting, with a patent that demonstrates his commitment to advancing our understanding and control of liquid droplet behavior. His work not only enhances the existing technologies employed in various applications but also paves the way for future innovations that can transform how liquids are managed in scientific and commercial domains.