Name | Nge Kie Seng | |
Current Position | Lecturer | |
Room No. | A4#448 | |
Programme | Mathematics and Applied Mathematics | |
Telephone | - | |
kieseng.nge@xmu.edu.my | ||
Website |
BIOGRAPHY
I am Kie Seng, from Miri, Sarawak, Malaysia🇲🇾. I was nourished at a Chinese-medium primary school, and subsequently, at an English-medium missionary secondary (high) school. I then received my pre-tertiary education at a Malay-medium government matriculation college before pursuing my maths dream at the ANU for bachelor degree and PhD. Interestingly, I speak Foochow dialect as my mother tongue. Nevertheless, my science and maths are trained in English ever since high school and I value the diversity as well as the tolerance existed among Malaysians of different races. Other than doing calculations wholeheartedly and thinking hard abstractly, I enjoy music (I led marching bands. I play trumpet, drum, bass guitar...I'd like to learn piano properly someday.), play badminton, and love watching TV.
My obsession with maths germinates from my first encounter with Arabic numerals and perhaps, with Lego® building too! 1,2,3,...Triangle...Symmetry...I am always curious on what's happening in surrounding. Since young, I am keen on observing the nature and beings(Tao道). Personally, I hold a stance that,
'Mathematics is the Natural Philosophy. I am therefore humble before God, and secondly, maths.' —11.09.2021
To know more about me, please visit my website.
RESEARCH INTERESTS
I am interested in representation theory, categorification, aspects of homological algebra: interplay between topology, symplectic geometry and category of representations of algebras, knot invariant from braid group actions.
EDUCATIONAL BACKGROUND
Doctor of Philosophy in Mathematical Sciences — Australian National University, 2022
Bachelor of Science (Advanced) (Honours) — Australian National University, 2017
REPRESENTATIVE PUBLICATIONS
From Homological Algebra To Topology via Type B Zigzag Algebra and Heisenberg Algebra.
PhD Thesis. The Australian National University. March, 2022.
Representations of sln(C), the Weyl Group, the Root Lattice, and Linear Braids.
Undergraduate Honours Thesis. The Australian National University. October, 2017.