[14p-P1-1~9] 3.1 Basic optics and frontier of optics

[14p-P1-6] Autonomous Motion of a Liquid Metal Composite Driven by Situational Laser Irradiation

〇Yugo Harada¹, Keisuke Koyoshi¹, Hiroki Sakuta¹, Kenichi Yoshikawa¹ (1.Doshisha Univ.)

Keywords:Situational Laser Irradiation, Liquid and Metal Composite, Rotational Motion

Currently, laser tweezers is known well about light drive actuators that moved an objects by non-cntact. However, the maximum size that we can convey with laser tweezes is about 10µm. There is a future problem that we move bigger objects with using light by remote control. In this research, I report it that I made it possible that the object of the cm size cased autonomous rotation movement by situational laser irradiation.