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canvas prints nagoya canvas prints full frame canvas prints close-up canvas prints backgrounds canvas prints japan canvas prints color image canvas prints water canvas prints chemistry canvas prints molecular structure canvas prints science and technology canvas prints breaking canvas prints square canvas prints liquid canvas prints red canvas prints no people canvas prints

photographs nagoya photos full frame photos close-up photos backgrounds photos japan photos color image photos water photos chemistry photos molecular structure photos science and technology photos breaking photos square photos liquid photos red photos no people photos

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A nano droplet of liquid water inside the crystal ice. Water molecules are eliminated and only the network skeleton is shown. Red fragments are non-crystalline (liquid-like) fragments. This is a result of a long-time molecular dynamics simulation. Actually, the network inside the liquid droplet is rearranged dynamically in pico seconds, and the droplet itself runs around the ice before start melting.It is an inside view of www.flickr.com/photos/vitroids/1527980322/.

Image provided by Getty Images.