Alexiane Pasquier

Title: Alexiane Pasquier and Her Work on Electromagnetic Resonator Arrays.

Introduction

Alexiane Pasquier is an inventor associated with Pélissanne, France. Her patent work concerns multifrequency electromagnetic resonators and their potential use in modifying electromagnetic fields and characterizing materials.

Latest Patents

Pasquier is credited with 1 patent: “Apparatus of Multifrequency Electromagnetic Resonators Inductively Coupled to One Another Forming an Array of Resonators or a Metamaterial, and Implementation Method.”

The invention describes an array of passive resonators that are not electrically connected. Each resonator consists of interrupted transmission lines that loop back on themselves, with nested groups of parallel tracks coupled without contact around dielectric layers in a substrate. The array can be placed between an incident field and an object to modify the field or improve impedance matching. It may also support contactless characterization of a medium, using inductive coupling between the resonators and a probe connected to a reader.

Career Highlights

Pasquier’s listed institutional affiliations include Université Paris-Saclay and the French National Centre for Scientific Research (CNRS). Her patent reflects research into resonator-array design and applications in electromagnetic-field control and material characterization.

Collaborations

Her named coworkers include Pierre-Yves Joubert and Yohan Le Diraison.

Conclusion

Alexiane Pasquier’s patent documents an approach to multifrequency resonator arrays with potential applications in electromagnetic-field modification, impedance matching, and contactless material characterization.