The transfer stage has been installed in our interim lab space. The glovebox and optical microscope are on their way, further expanding our in-house capabilities for vdW heterostructure assembly and device fabrications. Stay tuned!
May 2026
Our collaborative paper,
In-plane anomalous Hall effect in a low-dimensional system,
has been published in
Nature Materials
(
Link).
This work demonstrates a gate-tunable, magnetization-driven in-plane anomalous Hall effect in a heterostructure composed of TaIrTe
4 and layered ferromagnetic insulator Cr
2Ge
2Te
6. Congrats!
Our collaborative work,
Interaction-driven topological transitions in monolayer TaIrTe4,
has been accepted by
Phys. Rev. X
(
Link).
This work reveals correlation-driven topological phenomena, including QSH insulator, trivial insulator, higher-order topological insulator, and metal phases. Congratulations!
Our News & Views article,
A nonlinear route to altermagnetism,
has been published in
Nature Nanotechnology
(
Link).
The article highlights nonlinear electrical responses as a route to revealing quantum geometry and signatures of altermagnetism in ruthenium dioxide thin films. Cheers!
Jian joined Zhejiang University and launched the Jian Tang Lab in the Department of Physics.
This work demonstrates that nanopores in monolayer
TaIrTe4 can enable the quantum confinement of composite charged
excitons in monolayer WSe2. Congratulations!
Also see News and Views (Link).