Atomically thin walls-ubiquitous in modern nanotechnologies-exhibit transparency to intermolecular forces, profoundly altering wetting, fluid confinement, and interfacial processes like capacitive energy storage and electron transfer. Using classical density functional theory, this study uncovers how van der Waals interactions across transparent walls can transform wetting behavior and capillarity in porous materials.
- Svyatoslav Kondrat
- Lothar Schimmele
- S. Dietrich
