DEEP & FAR

Tsung-Ju Lin

After teaching math and physics in a cram school for several years, I hope to pursue advanced studies. I chose to follow Prof. Yang-Fang Chen, a well-known scholar in Taiwan, to advance in semiconductor photoelectronic devices researching while I gained admission to National Taiwan University. It was a turning point of my career. My doctorate research was to improve the efficiency and designed novel structures of LED with new ideas of photonic crystals, nanocavity, etc. During my working in this area, I began to cooperate with other science majors, especially electrical engineering, chemistry science and materials science, for the integrated Program.

Afterwards, some results of my researches were of great attention in the field of development of new nano-electronic devices. They describe a new technique of light-emitting structures designing and have been published in the top journal, APPLIED PHYSICS LETTERS. Besides, I also created a new approach for magnetoelectric coupling, with building ferromagnetic Ni nanorods embedded in liquid crystal (LC) cells. The Ni nanorods are aligned with the LC cells. By applying an electric field, the LC cells can be rotated by 90 deg. and so does the Ni nanorod, mediated by the elastic interaction between the LC cells and the Ni nanorods. This approach broadens the avenue of electric filed control of magnetism and is with very great interest to the materials science community. It also has been published in APPLIED PHYSICS LETTERS.

After I got my Ph. D. degree, I am looking for a job that I would like to challenge. I eagerly contribute my professional knowledge to protect intellectual property for inventors, because the creation has to be respected. No matter how difficult I may meet, I will overcome it with my enthusiasm and do my best to complete my task perfectly. I am very excited to join in DEEP & FAR Attorneys-at-Laws as a patent engineer.