Ane Martínez De Guereñu Elorza

Title: Ane Martínez De Guereñu Elorza: Innovator in Magneto-Optic Technology

Introduction

Ane Martínez De Guereñu Elorza is a notable inventor based in Donostia, Spain. She has made significant contributions to the field of magneto-optic technology, particularly through her innovative patent. Her work focuses on the extraction of transverse magneto-optic effect signals, which has important applications in various scientific and industrial fields.

Latest Patents

Ane holds a patent for a "Method for extracting a transverse magneto-optic effect signal." This invention includes an apparatus designed to detect and measure a T-MOKE signal. The apparatus features a first linear polarizer positioned on the optical path between a light source and a reflecting surface of a sample. It also includes a device to produce a magnetic field at the sample location, configured to direct the magnetization perpendicularly to the optical plane of incidence and to reverse the direction of the magnetic field. Additionally, the apparatus contains a rotatable quarter-wave plate, a second rotatable linear polarizer, and a photo-detector to measure the intensity of the reflected light. The method employs a polarization detection scheme to ensure that a T-MOKE signal is accurately detected, distinguishing it from noise signals. Ane has 1 patent to her name.

Career Highlights

Throughout her career, Ane has worked with several prominent research institutions. She has been associated with the Cooperative Research Center in Nanosciences, known as CIC Nanogune. Her work at these institutions has allowed her to advance her research and contribute to the field of nanoscience and magneto-optic technologies.

Collaborations

Ane has collaborated with notable colleagues, including Eva Oblak and Patricia Riego Saavedra. These collaborations have enriched her research and fostered innovation in her field.

Conclusion

Ane Martínez De Guereñu Elorza is a pioneering inventor whose work in magneto-optic technology has made a significant impact. Her innovative patent and collaborations highlight her contributions to the scientific community.