May 17, 2025
Journal Article

Advanced in situ characterization of biological interfaces and materials

Abstract

Rapid changes are occurring on this dynamic planet–in 2020 anthropogenic mass was reported to not only match but exceed the mass of natural origins (Elhacham et al., 2020). These indications do not bold well for humanity in the coming generations, as we face 2 degree overall temperature increases over the next 5 years, CO2 is spewing into the atmosphere at the Gigatonne (Gt) rate per year without any signs of mitigation in the foreseeable future, ocean water levels are rising to incredible levels, drinking water availability is disappearing, humanity is heavily reliant on the “drill-and-fill” culture, and two wars are currently being fought in Gaza and Ukraine (Carr et al., 2024). And even with these pressures, humanity continues to eke out impressive scientific and technological achievements in the recent past including mRNA vaccines to counter a global pandemic (Hogan and Pardi, 2022) and the development of CRISPR-Cas9 drugs (Parums, 2024). All these developments are only possible from the incremental methodological improvements taking place presently.

Published: May 17, 2025

Citation

Seto J.M., B. Rad, J. Tao, and R. Wang. 2024. Advanced in situ characterization of biological interfaces and materials. Frontiers in Materials 11:1472269. PNNL-SA-204619. doi:10.3389/fmats.2024.1472269

Research topics