[May 2025]: Our paper on programmable chiral photonic heterostacks has been has been published on Nature Communications! 

[Mar 2025]: Our review article on free-space optical computing system has been published on Annalen der Physik! 

[Mar 2025] Our paper on the modeling and solver of chiral reconfigurable devices has been published on Carbon!

[Dec 2024]: Our paper on digitalized phase change material stack for diffractive optical neural networks has been published on Advanced Photonics Research! 

[May 2024]: Our review article on self-assembled monolayers has been published on Small! 

[Nov 2023]: Our work on engineering chirality with wafer-scale carbon nanotube architectures has been published on Nature Communications! 

[Sep 2023]: Our work on using diffractive neural networks to perform scientific computing tasks has been accepted on Advanced Intelligent Systems!

[Jun 2023]: Our work on the calibration of photonic and electronic crossbars has been accepted on Advanced Intelligent Systems!

[Jun 2023]: The 2023 WORKSHOP on Future Semiconductors: Chiral Photonics and 2D Materials for Future Semiconductors has been successfully  concluded at University of Buffalo! (https://engineering.buffalo.edu/ee/news-events/fuse_2023.html) 

[May 2023]: The 2023 Workshop on JUNCTIONs in Yokohama of Japan, which is part of the PIRE-JUNCTION project supported by the NSF, US, and the JSPS, Japan has been successfully kicked off! (https://qmse.fpark.tmu.ac.jp/pire/kickoff.html) 

[Apr 2023]: Our collaborative work on the phonon-assisted transport in carbon nanotube films has been published on Physical Review Letters!

[Dec 2022]: Our work on the analysis of the effects of interlayer reflection and interpixel interaction on the performance of diffractive optical neural networks has been published on Optics Letters! 

[Sep 2022]: Our work on the end-to-end design of phase-change-material-based photonic neuromorphic processor using reinforcement learning has been publised on Laser and Photonics Review!

[Sep 2022]: Our collaborative work on the structural coloration of self-assembled Mie scatters has been published on ACS Applied Materials & Interfaces!

[Aug 2022]: Our lab joins the U.S. teams from Rice University and University at Buffalo and a team of Japanese scientists to develop new clean energy technologies using oriented carbon nanotubes. See www.nsf.gov/awardsearch/showAward?AWD_ID=2230727.

[Aug 2022]: Our work on the complex-valued reconfigurable diffractive all-optical neural networks has been published on Laser and Photonics Reviews!

[Aug 2022]: Our work on the 3D-printed terahertz holograms and lenses has been published on Optics Continuum!

[Apr 2022]: Our work on the graphene-based spatial light modulators for diffractive optical neural networks has been published on Optics Express! 

[Apr 2022]: Our work on the physics-informed recurrent neural network for time dynamics in optical resonances has been published on Nature Computational Science! 

[Feb 2022]: Our review article on the quantum technology based on carbon nanotubes has been published on Materials!

[Jul 2021]: Our work on electronic transport of single chirality carbon nanotube films has been published on Carbon!

[Apr 2021]: Our work on multi-task learning in diffractive neural networks has been  published  on Scientific Reports!

[Feb 2021]: Our work on artificial intelligence using graphene optoelectronic devices has been published on Advanced Photonics Research!

[Dec 2020]: Our collaborative work on "Colors of Single-Wall Carbon Nanotubes" has been published on Advanced Materials! 

[Nov 2020]: New book chapter "Ultrastrong light–matter coupling in semiconductors" in Semiconductors and Semimetals (published by Elsevier) is online now! 

[Nov 2020]: A collaborative work of utilizing aligned and densely-packed films of carbon nanotubes for water desalination membrane has been published on Desalination!  

[Aug 2020]: A collaborative work of constructing carbon nanotube based terahertz metamaterials for ultrasensitive molecular sensors has been published on ACS Applied Materials & Interfaces!

[Aug 2020]: Origin of the Universe