Mr.A.U.Asela

Mr. A. U. Asela

Lecturer (Probationary)

B.Sc. (Kelaniya)
Email :ushan@uwu.ac.lk
Phone : +94 552226676

  • Optical properties of nanoplasmonic structures
  • Quantum confinement effect

Research & Publications


Theoretical Study of Nonlocal Effects in Plasmonic Nanostructures in the Proceedings of the Technical Sessions, 34 (2018) page:21-28, Institute of Physics, Sri Lanka.


Polarizability of a metallic nano-cylinder: Local random-phase approximation (LRPA) in Proceedings of the International Research Symposium on Pure and Applied Science IRSPAS 2017 (Abstract No: PO-21, page number 89) Faculty of Science, University of
Kelaniya


Theoretical study of nonlocal effects in nanoplasmonic structures in SLAAS, Proceedings of the Annual Sessions-2017 Part 1 – Abstracts (503/E1, page number 83)



Ongoing Research


Development of a Smart Materials based Actuator for Tactile Displays to deliver thermal, vibrational and force stimuli


Investigation of the environmental friendly packaging material using agricultural waste of banana stem


Panel member: Material and Mineral Sciences discipline – International Research Conference of Uva Wellassa University of Sri Lanka 2020


Won the Best Undergraduate Physics Research Project Award- 2017 awarded by the Institute of Physics Sri Lanka


Won a gold medal at the general convocation of University of Kelaniya for the best performance in Mathematical Physics,(Nov. 2017)


Nominated to the Dean’s list for outstanding academic performance during the academic year 2013/2014 Faculty of Science, University of Kelaniya, Sri Lanka. (Dec. 2016)


Nominated to the Dean’s list for outstanding academic performance during the academic year 2014/2015 Faculty of Science, University of Kelaniya, Sri Lanka. (Jul. 2017)


  • SCT 151-2 Mechanics, Waves and Vibrations (level I undergraduates)
  • SCT 151-2 Properties of Matter (level I undergraduates)
  • SCT 253-1 Physical Optics (level II undergraduates)
  • SCT 347-2 Quantum Mechanics (level III undergraduates)
  • SCT 344-2 Materials Physics (level III undergraduates)
  • MRT 374-2 Fluid Mechanics (level III undergraduates)