Welcome to Hanada Lab.
Lasers have found widespread use across diverse fields — not only in industry, but also in medicine, biotechnology, chemistry, and even space exploration since the invention of the laser.
Our laboratory is engaged in developing advanced micro/nanofabrication technologies using ultrashort-pulse femtosecond lasers and other conventional lasers. As practical applications of these technologies, the laboratory is also involved in the development of biochips and in high-efficiency cellular observation utilizing these biochips.
Beyond microfabrication, we investigate laser spectroscopic measurement with machine learning to quantitatively analyze food components and flavor characteristics. Through the continuous development of laser-based microfabrication technologies, our lab is expanding its research into a wide range of interdisciplinary applications. The lab also promotes collaborative research with academic institutions, research organizations, and industry partners.
Ultrashort femtosecond laser pulse is applied to create 3D biochip.
Read more: LabChip for detail
Laser-induced bubbles are generated in the uncured liquid polymer to create 3D hollow structures.
Read more: Opt. Lett., Opt. Express for details
Laser-induced periodic nanostrctures are created on the glass using the laser-induced plasma.
Read more: Opt. Lett. for detail
We visualize food properties using Raman spectroscopic measurements combined with multivariate analysis.
Read more: Appl. Phys. B や J. Raman Spectros. for details
if you are interested, please contact y-hanada@hirosaki-u.ac.jp.