top of page
Abstract Background

Topological Engineering of Asymmetrical Nanointerfaces

Advancing material science through structural asymmetry
and interface-driven quantum phenomena.

About NUS TEAN Lab

Our Research

Uncovering the Power of Symmetry in Advanced Materials

At TEAN Lab, we explore the transformative potential of chiral materials—where structural asymmetry meets light, heat, and quantum innovation. From manipulating photon polarization to redefining properties across nano-optics, optoelectronics, quantum biophotonics, and thermal propogation and radiation, our work bridges physics, chemistry, and biology at every scale.

Join us at the frontier where fundamental discovery fuels the future of technology.
Computer Sketch
lighjuno.jpg

Our Mission

TEAN Lab over the next 5–10 years will focus on structured photons and thermal effects that include four primary thrusts
  • Asymmetrical nanocavities for quantum engineering
  • ‘Perfect’ chiral light emitter
  • Topological thermal engineering
  • Machine learning directed optical and material designs

Published Work & Press

bottom of page