News:

21 Jan 2019 -  Our group's experiment-theory collaboration with the Chia group@NTU on giant spin injection from a Ferromagnet (Co) into a semiconductor (MoS2) is published in Nature Physics. See also feature in Asian Scientist "Injecting fresh hope into spintronics".  

2 Jan 2019 -  Likun's paper on controlling quantum geometry in monolayer WTe2 is published in Physical Review B. 

5 Nov 2018 -  Our group's article on "Electron quantum metamaterials in van der Waals heterostructures" that distills out modern strategies and articulates a detailed toolbox for rationally controlling and engineering quantum materials is published in Nature Nanotechnology.

15 Aug 2018 - We welcome new group members, Jing Ma, Xiong Ying, and Arpit Arora.

9 July 2018 -  Justin is interviewed by Asian Scientist Magazine, see interview here

23 May 2018 -  Justin gives a commentary on recent developments in 2D plasmonics "Plasmon propagation pushed to the limit" published in Nature. 

17 April 2018 -  Likun's article "Plasmon geometric phase and plasmon Hall shift" is published in Physical Review X. It is also featured in Physics News and Commentary. Congratulations Likun!

click for News archives.

Group contact information:
justinsong [at] ntu [dot] edu 
or
justin [dot] song [dot] cw [at] gmail [dot] com




Who we are and what we do:
We are a theoretical group that focuses on unveiling the inner workings and physics of quantum materials. These include 
topolo
gical materials such as Dirac/Weyl semimetals, topological insulators, and 2D van der Waals materials, amongst many others. While focussing on theory, our group has
 an unusually close rapport with experimental groups. The unique interactions arising from these often lead to new scientific discovery.
        


A selection of popular material about the group's work:  

                Metametarial strategies for designer quantum materials
                Phys.org feature
     
                SPMS research highlight - "Synthetic quantum materials"

                Geometry and Topology in plasmonics
                
Physics news and commentary - "Hidden structure of plasmons"
       
                SPMS research highlight - "Theory of internal structure of plasmons"

                Manipulating Valleys in 2D Materials
                Science magazine perspective - "Harnessing Chirality for Valleytronics"
                MIT news - "Physicists find a new way to push electrons around"
                IEEE Spectrum - "Weird New Graphene Effect Makes Electrons Scoot Sideways"                                           
                Condensed Matter Journal Club - "Topological features and gauge fields in graphene superlattices"






Funding: Our work is supported by the Singapore National Research Foundation, as well as the Nanyang Technological University Singapore.