Loughborough, United Kingdom

Boris Chesca


 

Average Co-Inventor Count = 2.0

ph-index = 1


Company Filing History:


Years Active: 2020

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1 patent (USPTO):Explore Patents

Title: **Innovator Spotlight: Boris Chesca and His Groundbreaking Invention**

Introduction

Boris Chesca, an inventive mind from Loughborough, GB, has made significant strides in the field of magnetic sensing technology. With a unique approach to magnetometry, Chesca's work showcases the intersection of innovation and practical application, enhancing how we measure magnetic fields.

Latest Patents

Chesca holds a noteworthy patent for a superconducting magnetic sensor that serves as a magnetometer designed for measuring both magnetic flux and absolute magnetic flux. This advanced device incorporates a multitude of superconducting quantum devices (SQUIDs) connected in series, with each entity featuring a superconducting loop comprising two Josephson junctions arranged in parallel. The device includes a flux-focusing region that generates screening currents in response to magnetic flux, effectively modulating the voltage response of each SQUID in the array, ensuring in-phase coordination among them.

Career Highlights

Currently, Chesca is associated with Loughborough University, where he contributes to research and development in the field of superconducting technology. His dedication to innovation in magnetometry has positioned him as a valuable asset in his department.

Collaborations

Chesca collaborates closely with colleague Daniel John, working together to push the boundaries of research in superconducting devices. Their partnership reflects a commitment to advancing the understanding and application of this complex technology.

Conclusion

Boris Chesca stands out as a prominent inventor whose contributions to the field of superconducting magnetic sensors illustrate the evolving landscape of magnetic measurement technology. As he continues to innovate at Loughborough University, the implications of his work are likely to resonate well beyond the academic realm, influencing industries reliant on precise magnetic measurements.

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