Dylan Burns

Title: Innovations by Inventor Dylan Burns

Introduction

Dylan Burns is an accomplished inventor based in South Burlington, Vermont. He has made significant contributions in the field of technology with a total of two patents to his name. His work reflects a strong commitment to advancing methodologies that enhance detection technologies.

Latest Patents

One of his most notable patents is the **Wideband Ground Penetrating Radar System and Method**. This improved Ground Penetrating Radar (GPR) system utilizes full waveform digitization of a returning signal, which greatly reduces the number of launch signals required. This innovation enables the system to maintain radiation emissions within the limits set by the Federal Communications Commission (FCC), while still providing a robust information detection signal. Additionally, the system features intermittent large latent-duty-cycle sampling, which employs a cost-effective digitizer typically used in previous GPR designs. It is designed to be scalable at low cost, accommodating multi-antenna multi-static testing for subsurface tomographic imaging.

Another patent credited to Burns is the **Vibrating Magnet Antenna**. This invention provides a method for generating reversible magnetic dipoles. It employs soft magnetic materials to project the magnetic field as the magnet moves linearly between soft magnetic stators arranged in a 'Y' configuration. These stators consist of a nickel-iron alloy that exhibits high magnetic permeability. The invention also incorporates a magnetic coupling circuit for upshifting the frequency of the magnetic field, enhancing its effectiveness.

Career Highlights

Dylan Burns is affiliated with the University of Vermont and State Agricultural College, where he conducts research and develops innovative technologies. His inventive work has not only contributed to the academic environment but has also practical applications in various fields utilizing ground penetrating radar and magnetic technologies.

Collaborations

Throughout his career, Burns has collaborated with talented colleagues, including Dryver R. Huston and Tian Xia. These partnerships have facilitated a rich exchange of ideas and have further fueled innovation within their joint research endeavors.

Conclusion

Dylan Burns exemplifies the spirit of innovation through his patents and collaborative efforts in the realms of radar and antenna technologies. His contributions significantly impact both academic and practical applications, paving the way for future advancements in sensing technologies.