Luda Wang's lab consists students from School of Integrated Circuit and Academy for Advanced Interdisciplinary Studies of Peking University, whose major varies from chemistry, physics, as well as microelectronics. This is home to innovative ideas, scientific discussions, and collaborative environment. New thoughts are apt to collide in this interdisciplinary group, and they are likely to develop independent critical thinking, spirit of questioning, as well as manipulative ability.
Our research focuses on graphene based nanoporous membrane and applications, transport for micro/nano fluidics, confinement behaviour in 2D materials, as well as MEMS sensing devices.
Also, to enable graphene separation membrane for practical applications, we are conducting tentative engineering work at Beijing Graphene Institude (LINK).
We are open to Postdoc, Ph.D students, as well as motivated undergraduate students.
March 29, 2024 Congratulation to Xiao Han who has published a paper in Journalof Membrane Science!
March 29, 2024 Congratulation to Haiou Zeng who has published a paper in Sensors and Actuators A: Physical!
March 13, 2024 Congratulation to Shengping Zhang who has published a paper in Droplet!
January 7, 2024 Congratulation to Hongwei Duan who has published a paper in International Journal of Smart and Nano Materials!
December 20, 2023 Congratulation to Yuancheng Liu who has published a paper in Nano Letters!
November 28, 2023 Congratulation to Ningran Wu who has published a paper in Journal of Colloid and Interface Science!
October 31, 2023 Congratulation to Dr. Dongxu Zhang who has published a paper in Advanced Functional Materials!
September 16, 2023 Congratulation to Dr. Liping Guo who has published a paper in Advanced Materials!
August 28, 2023 Congratulation to Ningran Wu who has published a paper in The Journal of Physical Chemistry Letters!
July 28, 2023 Congratulation to Ningran Wu who has published a paper in Journal of Power Sources!
July 12, 2023 Congratulation to Dr. Ying Wang who has finished her Postdoc research!
May 31, 2023 Congratulation to Ningran Wu who was awarded Peking University President Scholarship!
Graphene and other two-dimensional materials offer a new approach to controlling mass transport at the nanoscale. These materials can sustain nanoscale pores in their rigid lattices and due to their minimum possible material thickness, high mechanical strength and chemical robustness, they could be used to address persistent challenges in membrane separations.
Confinement space is different from the bulk counterpart, which stimulates enormous investigations of properties of confined space, such as slippage, diffusion, and transport.
Our group combines fundamental research and application investigations.