Assistant Professor @ University of Waterloo
Waterloo, Ontario
Joined January 2016
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I’m glad to share our work published in @Nature. We provide direct evidence of dendrite initiation within the interior of garnet solid electrolytes during long-term cycling, specifically at internal pores and grain boundary junctions. Full-text access: rdcu.be/frxF9
Nature research paper: Dendrite initiation and deflection in biaxially stressed solid electrolytes
go.nature.com/4fhBVk7
I will present at #mrsfall2023 future faculty poster session on Wed. I aim to design reliable energy storage/conversion materials and structural nanocomposites by understanding their extreme mechanics from atomic to macroscale. Come and chat!
I am at #SES2023 this week, and will present a poster at the Future Faculty Symposium. Come and chat if you are around! @SocEngScience
Glad to see our work is featured on the cover of Nature Energy @NatureEnergyJnl
This month’s cover goes to @geoffreenergy, @Neo_XinXu, @TengCui1 and team who use operando microprobe experiments to reveal that lithium dendrites, initiated via nanoscale mechanical defects, can be manipulated via globally applied stresses. go.nature.com/3HKKBzI
Our work on solid-state batteries is out in @NatureEnergyJnl. Through in-situ FIB/SEM setup coupled with stress generation capabilities, we revealed how mechanics regulates the Li dendrites during fast charging. #battery #EnergyStorage nature.com/articles/s41560-0…
A true collaborative effort with @geoffreenergy @Neo_XinXu, and between @GuLabStanford and Prof. William Chueh group at @StanfordEng @StanfordEnergy @Stanford
Teng Cui retweeted
Tobin Filleter & colleagues lead this study of mechanical reliability of 2D #TMDs in #MatterIssue39. First authors: @TengCui1 & Sankha Mukherjee @UofT @uoftengineering
Check it out: bit.ly/3QO7VOn
ALT Mechanical reliability of monolayer MoS2 and WSe2 by T. Cui, S. Mukherjee, M. Onodera, G. Wang, B. Kumral, A. Islam, M. Shayegannia, G. Krishnan, N. Barri, P. Serles, X. Zhang, L. M. Sassi, J. Tam, N. Bassim, N. P. Kherani, P. M. Ajayan, T. Machida, C. V. Singh, Y. Sun, T. Filleter
Mechanical testing will be key to making thinner, more flexible electronics: U of T Engineering study. Thanks @tylereirving for featuring our work published in @Matter_CP. news.engineering.utoronto.ca…
Proud to see our work appears in @Matter_CP. We reveal the mechanical reliability of 2D TMDs (e.g. MoS2 and WSe2) resembles soda-lime glass and common ceramics through >300 AFM experiments and >1200 MD simulations. @UofT @uoftengineering
sciencedirect.com/science/ar…
Teng Cui retweeted
A thread about using color as a design tool in science presentations. Color is a great tool to separate different categories of information, to highlight information, or to establish an emotional tone. 🧵1/20
ALT Scientific graphs showing how good color choices enhance communication
Teng Cui retweeted
We mourn the tragic loss of Prof. Reed, a pioneer in the use of machine learning for materials discovery.
news.stanford.edu/report/202…
Feeling excited joining prof. Wendy Gu @GuLabStanford and Prof. Will Chueh groups @Stanford. Looking forward to exploring the mechanics of battery materials! – at Stanford, CA
I really enjoy reading these featured news in @Nature, very well-written and informative. nature.com/articles/d41586-0…
A timely and great resource to me! I have been learning statistical mechanics from videos by Prof. Leonard Susskind. This is definitely a great add-on.
The opening sentences of the book (docs.google.com/document/d/1…).
Thermodynamics is often called the science of energy. This designation steals accomplishments from other sciences, and diminishes accomplishments of thermodynamics. Rather, thermodynamics is the science of entropy.
Sell yourself and your science in a compelling personal statement nature.com/articles/d41586-0…
Excited to see our paper published in @NanoLetters today! 😃A great end-of-the-year gift! We studied the fatigue behavior of Al2O3-graphene composite nanolayers and highlighted the significant enhancement role of graphene only within ~3.3 nm. pubs.acs.org/doi/10.1021/acs…
