Grant number: RCH0244866 ThemisProposal:841926;SNOW_AWARDSETUP_RCH0243857 | Funding period: 2026 - 2029
Active
F Gholampoursaadi, X Zhang, Y Wang, X Yan, JZ Liu, GK Li, M Mayyas
2027-02-01
Liquid metal alloys form quasi‑ordered atomic layers at their electrolyte interfaces. We show that electrocapillarity, or charging..
A Zavabeti, S Mehdifar, D Wang, L Dong, ACM Loy, J He, L Qu, P Jovanović, M Shaibani, V Garaniya, A Šutka, X Zhi, JZ Liu, X Yan, GK Li
2026-10-15
Liquid metals represent an emerging class of reaction media that enables the unique use of metals in their liquid state for chemic..
J He, ACM Loy, J Guo, A Zavabeti, D Wang, L Qu, R Wijesuriya, Y Xiao, J Vongsvivut, JD Butson, Q Gu, GK Li
Two-dimensional MXenes have emerged as versatile platforms for electrocatalysis due to their tunable surface chemistry and layered..
C Fu, W Deng, Y Guo, Z Liu, Z Lu, Y Wang, N Geng, X Xie, F Rao, Y Guo, X Fan, GK Li, T Zhu, T Qi, G Hu
2026-08-03
Direct air capture (DAC) represents a pivotal technology for achieving negative carbon emissions, offering the potential to extrac..
D Wang, X Zhi, J He, J Guo, C Wu, L Dong, L Qu, A Zavabeti, GK Li
2026-02-01
The pursuit of novel catalysts for efficient green ammonia production has sparked immense research endeavors. Liquid metal alloys ..
J He, ACM Loy, J Guo, A Zavabeti, L Dong, JM Goh, C Wu, D Wang, Q Fan, CJ Parker, MJ Taylor, J Vongsvivut, L Qu, JD Butson, GK Li, Q Gu
2026-01-01
The hydrogen evolution reaction (HER) exhibits pH- and electrolyte-dependent pathways, imposing intrinsic challenges on the develo..