We’re delighted to share that our Materials Horizons article, “Bioinspired wood-based wedge-shaped surface with gradient wettability for enhanced directional liquid transport and fog harvesting,” has been featured in the journal’s 2026 International Women’s Day: Women in Materials Horizons collection by Royal Society of Chemistry. Celebrating International Women’s Day 2026: Women in Materials Horizons Home

In line with International Women’s Day 2026, Materials Horizons is highlighting excellent women researchers publishing impactful work in materials science. This special collection showcases a selection of papers published in 2025 led by women scientists around the world, and celebrates the impact these leading researchers have on the work featured in the journal.

Inspired by cactus spines and desert beetle structures, this work introduces a wood-based wedge-shaped surface with gradient wettability that enables controlled, spontaneous directional liquid transport. By combining wood’s natural anisotropic porous structure with targeted surface modification, the design guides liquid motion through the synergy of geometry and surface energy gradients. We further demonstrate its potential in a fog-driven device concept, highlighting opportunities for sustainable water management, energy harvesting, and microfluidic applications. Article available via link: Bioinspired wood-based wedge-shaped surface with gradient wettability for enhanced directional liquid transport and fog harvesting – Materials Horizons (RSC Publishing)

It is an honor to have our work featured in this special collection from Materials Horizons and the Royal Society of Chemistry, which recognizes and celebrates women-led research in materials science.

We are excited to share that our recent paper, “Biobased Bionic Spider Silk via Electrostatic Complexation for Simultaneously Harvesting Atmospheric Water and Triboelectric Energy”, has been featured in the Nanowerk Spotlight series!

🔗 Read the full article on Nanowerk

OMNI recently interviewed Professor Ning Yan, focusing on sustainability and the innovative approaches driving environmental responsibility. In the discussion, Professor Yan shared insights on sustainable practices and advancements that contribute to a greener future.

She highlighted key developments in eco-friendly technologies, emphasizing the importance of scientific innovation in tackling global sustainability challenges. Her research offers valuable perspectives on creating solutions that reduce environmental impact while fostering long-term sustainability.

Check out the full interview to learn more about Professor Yan’s work and vision for a sustainable future.