Company Filing History:
Years Active: 2014-2021
Title: Elena N Bankowski: A Pioneer in Antenna Structures and Spintronic Devices
Introduction
Elena N Bankowski, based in Royal Oak, Michigan, has established herself as a notable innovator in the fields of antenna structures and spintronic devices. With two patents to her name, Bankowski has contributed significantly to advancing technologies that enhance communications and electronics.
Latest Patents
Her most recent inventions include an advanced antenna structure with metamaterial and a cutting-edge spintronic electronic device and circuits. The antenna structure features a flexible metamaterial layer, a two-dimensional antenna layer, and a spacer layer that allows the device to adapt to curved surfaces, such as those found in vehicles. This design includes elongated elements with passive magnetic properties to improve signal reception.
The spintronic electronic device is designed with a multilayer structure that operates as a non-resonant magnetic tunnel junction. This innovative device is sensitive to external microwave signals, showcasing its potential for high-performance electronics with large diode volt-watt sensitivity.
Career Highlights
Elena Bankowski is affiliated with the United States of America, as represented by the Secretary of the Army. Her work contributes to advancements in military and civilian technologies alike, emphasizing her role in leading cutting-edge research initiatives.
Collaborations
Throughout her career, Bankowski has collaborated with esteemed colleagues such as Thomas J Meitzler and Michael Nranian. Their combined expertise has further driven the development of innovative solutions within their respective fields.
Conclusion
Elena N Bankowski is an inspiring figure in the realm of technological innovation, pushing boundaries with her groundbreaking patents. Her work in antenna structures and spintronic devices not only highlights her inventive spirit but also showcases her contributions to future advancements in electronics and communications.