Company Filing History:
Years Active: 2011
Title: Inventor Spotlight: Michael Kraus
Introduction
Michael Kraus, an innovative inventor based in Columbia, Missouri, has made his mark on the field of energy generation with his groundbreaking patent. With his exceptional skills, he is helping progress the way we harness and convert energy from high-performance materials.
Latest Patents
Kraus holds a unique patent titled "Shock wave and power generation using on-chip nanoenergetic material." This invention details a method of generating power utilizing a nanoenergetic material that comprises thermite. The process involves obtaining and depositing this nanoenergetic material onto a substrate, followed by placing an igniter atop the material. Once ignited, the nanoenergetic material generates thermal, sonic, magnetic, optic, and mechanical energy, which is then converted into electrical energy by a transducer. The patent further highlights the integration of multiple transducers, specifically targeting thermoelectric, piezoelectric, or magneto devices, to maximize power generation.
Career Highlights
Michael Kraus is affiliated with the Curators of the University of Missouri, where he contributes to research and innovation initiatives. His work in nanoenergetic materials positions him at the forefront of energy technology advancements, showcasing his strong commitment to the development of efficient power generation methods.
Collaborations
Collaboration plays a significant role in Kraus's work. He has recently collaborated with notable colleagues, including Shubhra Gangopadhyay and Steven J Apperson. Together, they explore various applications and enhance the impact of their innovative research in the field.
Conclusion
Michael Kraus stands out as a talented inventor whose innovations in energy generation using nanoenergetic materials reflect a promising future for efficient and powerful energy solutions. His contributions extend beyond individual invention, as he collaborates with peers at the University of Missouri to drive collective advancements in science and technology.