實驗室

A. Conjugated polymers in chemosensors

B. Carbon nitride quantum dots

C. RAFT Living radical polymerization and stimuli-responsive materials

D. Amphiphilic Diblock polymeric micelles, hydrogels, and cell viability

E. Carbon nitride/PbTiO₃ photocatalyst composite materials

Laboratory assistant: Chia-Yi Chien

Doctoral degree:

4^nd year: Rashmiranjan Patra

1^nd year: Aswini kumar Nath

Master degree:

2^nd year: Bo-Chun Wang, Tzu-Chun Lin, Ting-Rou Jeng

1^st year: You-Cheng Zhang

Master degree (part-time):

6^th year: Chien-Chi Chen

2^nd year: Shih-Hui Hsiung, Ping-Han Lin, Jhen-Jie Wong

Undergraduate degree:

4^th year: Chen-Pei Chang, Kai-Xin Hou, Hui-Rou Dai, Shan-Chu You, Yi-Rou Wu, Ya-Chu Liang

3^rd year: Chiao-Ning Hsu, Yung-Cheng Wang, Ping-Ying Biao, Yi-Yu Wu, Zi-Hen Luo, Yung-Jie Liang, Yi-Min Wu, Yu-Tang Hsu

Equipment Management: Tzu-Chun,Lin

Network Management: Bo-Chun Wang

Account Management: Ting-Rou Jeng

Welcome to the website of Professor Yang’s group. Our laboratory, Organic Optoelectronic Polymer Laboratory, was established in February, 2010. Our research projects mainly concerns the development of new functionally fluorescent materials for use as emissive or charge transport materials in organic electronic devices, such as chemosensors and storage systems. Research involves the synthesis and characterization of novel fluorescent materials, including fluorene, carbazole, and triphenylamine-based compounds as electron donor unit or 2,1,3-benzothiadiazole (BT) and diketopyrrolopyrrole (DPP)-based compounds as electron acceptor unit with high quantum yield, excellent thermal and oxidative stability, and convenient color tenability. We also synthesized amphiphilic diblock polymers containing azobenzene moieties and we study their corresponding phase separation in various amounts of THF/water mixture via self-assembly. Students who join in our laboratory can learn how to synthesize organic materials, to purify/ identity the structure of the synthesized materials using FT-IR, NMR, EA, Mass, UV, PL, XRD, CV, and Gaussian techniques. They can also realize the viewpoint and concept of organic optoelectronic field. We are seeking students interested in optoelectronic polymers to join our group.

Fluorescence colors of conjugated polymer in the presence of ions (upper) and pH (lower).

Schematic representation of spherical micelles obtained from diblock copolymer (poly(StO₅₄-b-Cazo₉)).

Chemical structure and emission of o-phenylenediamine-based carbon dot.

LCST transitions and transmission photos of diblock copolymer.

Gas chromatography

Autoclave

Freeze dryer

Moisture meter

Electrospinning

UV-vis spectroscopy (UV)

Fluorescence spectroscopy (PL)

Cyclic voltammograms (CV)

Gel permeation chromatograph (GPC)

Gaussian software

Centrifugal machine

Viscometer

Rotary evaporator

Vacuum oven

Spin coater

Ultrasonic cleaner

Ultraviolet lamp

Welcome to join our lab.