1 To gain new knowledge and systematical understanding of how to develop new complex binary ceramics near their morphotropic phase boundaries for ferroelectric applications.
2 To obtain various new binary ferroelectric ceramic systems based on a combination of perovskite-perovskite and perovskite-BLSFs structures. These materials are expected to have significant potential as alternative materials in energy conversion and storage applications as well as electronic industries.
3 To create international standard researches to support undergraduate program in Materials Science, and postgraduate program in Materials Science, Nano-science, Physics, Chemistry and Industrial Chemistry at Chiang Mai University.
4 To have international and national research networks with well known experts in multidisciplinary fields including Materials Science, Physics, Chemistry and Electrical Engineering.
5 To present new obtained knowledge in at least 20 presentations in annual international and national conferences.
6 To publish new obtained knowledge in at least 10 articles in peer-reviewed international journals with high impact factors (in Materials Science) in ISI database.
