Nature's Raincoats

• Home
  • Where we’ve exhibited
  • Royal Society Summer Science Exhibition 2009
• Introduction
  • Hydrophobic and superhydrophobic surfaces
  • Water-shedding surfaces
• Bioinspiration
  • Adaptation of animals to water
    • Water strider / pond skater
    • Water boatman
    • Mosquito / Midge
    • Water spider
    • Great diving beetle
    • Desert beetle
    • Waterfowl
    • Butterfly
    • Mammals and marsupials
    • Land crab
    • Fire ant
    • Gall aphids
  • Adaptation of plants to water
    • Lotus leaf
    • Cabbage
    • Mexican Hens plant
    • Columbine
    • Nasturtium
    • Lady’s Mantle
    • Euphorbia
    • Pitcher plant
    • Symbiotic lichens
• Artificial surfaces
  • Superhydrophobic surfaces
    • Polymer Microposts
    • Fractal Structures
    • Superhydrophobic Foams
    • Etched Copper
    • Multi-scale Texturing
    • Granular Materials
    • Liquid Marbles
    • Leidenfrost Effect
  • Water-shedding Surfaces
    • Superhydrophobic Nanoparticles
    • Superhydrophobic Microtextures
    • Shaped-Lubricant Surfaces
    • Water-repellent soils
  • Uses of superhydrophobic surfaces
    • Self-cleaning surfaces
    • Droplet impact and rebound
    • Evaporating droplets
    • Directing droplet motion
    • Super-vortex: skating
    • Artificial leaves
    • Sensing changes
    • Breathing underwater
    • Plastron drag reduction
    • Flow through pipes
  • Uses of water-shedding surfaces
    • Self-propelled droplet motion
    • Bidirectional droplet motion
• Research
  • Research groups
  • Recent research involving solid-liquid interfaces
    • Liquid-on-solid Amontons’ laws
    • Research involving superhydrophobicity
      • Leidenfrost engine
      • Capillary origami
      • Plastron lubrication model
      • Leidenfrost-directed motion
      • Superhydrophobic metamaterials
    • Research involving lubricant-impregnated surfaces
      • Pinning-free evaporation
      • Liquid version of Young’s Law
      • Drop Self-Propulsion on Biphilic Liquid Surfaces
      • Cheerios effect on SLIPS
        • Cheerios effect
      • SAW-driven motion
      • Liquid lenses on SLIPS
      • Liquid-liquid Interfacial Tensions
      • The Liquid Surface Zisman Plot
      • Research involving liquid-like surfaces
      • Smart control of wetting
        • Superspreading without surfactants
        • Dewetting of a liquid film
        • Voltage-programmable optics
        • Bubble control
        • Shaping liquid films
        • Controlling instabilities
    • Research involving liquid-like surfaces
      • Evaporation on slippery liquid-like surfaces
      • Droplet and contact line friction
      • Anti-biofilm liquid and liquid-like surfaces
      • Anti-icing liquid-like surfaces
      • Anti-scaling liquid-like surfaces
  • Contact us