A research group led by Associate Professor Shinya Tsukada of the Faculty of Education has developed an angle-resolved polarized Raman microscope that can capture information about the direction in which light oscillates by developing a conventional Raman microscope that can examine the vibrational state of atoms in materials. ” was developed.
As a result, we succeeded in obtaining a variety of information related to the polarization of the positive and negative electric bias of the “relaxor ferroelectric”, which has the highest performance as an ultrasonic generation/detection element.
The knowledge obtained is expected to be useful in a wide range of applications, from the basics, such as further improving the performance of relaxor ferroelectrics and eventually improving the image quality of ultrasonic diagnostic images.
This research result was published in “Communications Physics” on May 19, 2023 (Japan time).
Details of research contentherePlease refer to the.
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