Mathieu Pijolat

Title: Innovative Contributions of Mathieu Pijolat

Introduction

Mathieu Pijolat, a talented inventor based in Sorbiers, France, has made significant strides in the field of acoustic wave resonators. With a total of two patents to his name, Pijolat's innovations demonstrate a deep understanding of piezoelectric materials and their applications in resonator technology.

Latest Patents

Pijolat's work includes two notable patents: the "Process for Fabricating an Acoustic Wave Resonator Comprising a Suspended Membrane" and the "Method for Producing a Bulk Wave Acoustic Resonator of FBAR Type."

The first patent outlines a detailed process involving the fabrication of acoustic wave resonators, incorporating steps such as the production of piezoelectric material layers and the creation of non-bonding initiating zones. This innovative process emphasizes the use of a suspended membrane to enhance resonator performance.

The second patent focuses on the bulk wave acoustic resonator, detailing methods to form electrodes and utilize sacrificial layers to unveil a thin piezoelectric layer, ultimately defining the bulk wave resonator. These patents underscore Pijolat's expertise in fabricating advanced acoustic devices.

Career Highlights

Mathieu Pijolat is associated with the Commissariat à l'Énergie Atomique et aux Énergies Alternatives, where he contributes to cutting-edge research and development in energy and acoustic technologies. His career in this esteemed institution highlights his commitment to innovation and engineering excellence.

Collaborations

In his professional journey, Pijolat collaborates with industry experts such as Bruno Imbert and Emmanuel Defay. These partnerships not only enhance the scope of his work but also facilitate the exchange of ideas that drive advancements in the field of acoustic wave technology.

Conclusion

Mathieu Pijolat stands out as a prominent inventor whose contributions to acoustic wave resonators are paving the way for future advancements in the industry. Through his innovative patents and collaborations, he continues to influence the development of high-performance resonators and acoustic devices, making a lasting impact in the field.