BSc Physics (Pure), PhD (Applied Physics), USM
Low Khee Lam
Department / Discipline
Centre of Foundation Studies
Primary Appointment
Senior Lecturer
Short Bio
Dr. Low is a Senior Lecturer and Director at RCSI & UCD Malaysia Campus, specializing in photonic crystals with particular expertise in metallic photonic band structures and surface plasmon effects. He holds a PhD in Applied Physics from Universiti Sains Malaysia and maintains an active research program with extensive publications in his field.
Research Interests
Dr. Low’s current work investigates higher-order TM band analysis in photonic crystals, with recent emphasis on high Q factor phenomena in L6 metallodielectric photonic crystal structures. His research explores connections between conventional band structure analysis and emerging topological photonics, bridging fundamental physics with cutting-edge optical phenomena.
Computational Capabilities
Dr. Low has developed sophisticated computational tools for photonic crystal research and Python-based electromagnetic simulation frameworks. His computational work encompasses MEEP-based visualization of photonic crystal geometries, metamaterial simulations of split-ring resonators, and LED extraction efficiency calculations.
Theoretical Interests
His research interests extend to advanced phenomena in photonic systems, including quantum and topological aspects of photonic crystals, pseudospin engineering, non-Abelian gauge fields, and fundamental limits of pseudospin coherence in dissipative photonic environments. This interdisciplinary approach positions his work at the intersection of computational photonics, theoretical physics, and practical optical applications.
Current Research & Projects
Selected Projects / Studies
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A study of localised mode of finite size of photonic crystals
To study the finite size of the finite size of photonic crystal requires fast and resourceful computer. In the past, this only can be done with the institution or research group that have resources to access parallel computing facility or cloud computer or even supercomputers. So, with the advancement of computer technology, now the study can be done on a faster consumer computer. It also can involve more complex structure with higher resolution or even can involve frequency dependent materials.
Awards, Grants & Recognition
- A study of localised mode of finite size of photonic crystals – RCSI & UCD Malaysia Campus, 2024
Professional Membership & Appointments
- Member of Institute of Physics Malaysia