SCUT has achieved a strong start in scientific research with consecutive publications in Science in 2025.

Prof. Zhen Zhang from School of Emergent Soft Matter at SCUT recently published his study titled 'Stereomicrostructure-Regulated Biodegradable Adhesives' in Science, reporting a series of highperformance adhesives developed by modulating the stereoregularity of P3HB. These environmentally friendly and bio-sourced alternatives demonstrate superior performance compared to the existing adhesives on the market while offering fully biodegradable solutions to replace current nondegradable adhesives.

Prof. Han Yu from the SCUT School of Emergent Soft Matter and Center for Electron Microscopy published his research findings in Science under the title of 'Engineering Grain Boundaries in Monolayer Molybdenum Disulfide for Efficient Water-ion Separation'. The study proposes an innovative strategy for efficient fabrication of sub-nanometer pores in 2D materials, which not only significantly enhances water/ion separation performance but also reveals a fascinating paradox—that carefully engineered 'defective' structures can achieve nearly 'perfect' separation. Showing promising potential for broader applications in gas separation, catalysis, and functional membrane materials, this approach offers new technological solutions for sustainable development.

Both Science publications were accomplished through international collaborations, underscoring the pivotal role of global scientific partnerships in advancing cutting-edge research.