#interfacescience — Public Fediverse posts

Water's surface is more organized than we thought.

Using a new spectroscopy approach, researchers reveal that water molecules at the air-water interface don't just tilt, they also "twist".

This could refine models of interfacial chemistry and transport.

🔗 https://physicsworld.com/a/interface-between-air-and-water-gets-a-new-twist/

#Water #InterfaceScience #Spectroscopy #FluidDynamics #physicalchemistry

A halocline is a transition zone between water layers of differing salinities that can function as an impenetrable physical barrier to aquatic organisms. This barrier effect is driven by stratification drag, a physical resistance created when an organism's swimming motion displaces denser water into lighter layers.
#Biophysics #MarineBiology #Hydrodynamics #InterfaceScience #sflorg
https://www.sflorg.com/2026/06/biph06092601.html

A halocline is a transition zone between water layers of differing salinities that can function as an impenetrable physical barrier to aquatic organisms. This barrier effect is driven by stratification drag, a physical resistance created when an organism's swimming motion displaces denser water into lighter layers.
#Biophysics #MarineBiology #Hydrodynamics #InterfaceScience #sflorg
https://www.sflorg.com/2026/06/biph06092601.html

A halocline is a transition zone between water layers of differing salinities that can function as an impenetrable physical barrier to aquatic organisms. This barrier effect is driven by stratification drag, a physical resistance created when an organism's swimming motion displaces denser water into lighter layers.
#Biophysics #MarineBiology #Hydrodynamics #InterfaceScience #sflorg
https://www.sflorg.com/2026/06/biph06092601.html

A halocline is a transition zone between water layers of differing salinities that can function as an impenetrable physical barrier to aquatic organisms. This barrier effect is driven by stratification drag, a physical resistance created when an organism's swimming motion displaces denser water into lighter layers.
#Biophysics #MarineBiology #Hydrodynamics #InterfaceScience #sflorg
https://www.sflorg.com/2026/06/biph06092601.html