Akiko Nakayama Live Painting Japanese artist Akiko Nakayama manipulates alcohol and inks to create tree-like dendritic patterns during a live painting session. Date: 29 February 2024 Credit: Photo Credit: Akiko Nakayama Photo Credit: Akiko Nakayama Download full-resolution image Share on: Related Images Art meets physics Images courtesy of Akiko Nakayama Energy flows differently in turbulent non-Newtonian fluids than in turbulent Newtonian fluids. Dissipation in a Newtonian fluid (left) and an elastoviscoplastic fluid (right). Solid regions are shown in grayscale and liquid regions are shown in color. The ink droplets Snapshots of the ink droplets containing 50 vol% alcohol (isopropanol) as they spread on a surface coated with 400 μm-thick acrylic paint with different paint concentrations (11%, 20% and 33%), captured over approximately 40 seconds. The images on the rightmost column show the zoomed-in views of the droplet edges. Higher paint concentration leads to increasingly refined and fractal-like droplet edges.
Energy flows differently in turbulent non-Newtonian fluids than in turbulent Newtonian fluids. Dissipation in a Newtonian fluid (left) and an elastoviscoplastic fluid (right). Solid regions are shown in grayscale and liquid regions are shown in color.
Energy flows differently in turbulent non-Newtonian fluids than in turbulent Newtonian fluids. Dissipation in a Newtonian fluid (left) and an elastoviscoplastic fluid (right). Solid regions are shown in grayscale and liquid regions are shown in color.
The ink droplets Snapshots of the ink droplets containing 50 vol% alcohol (isopropanol) as they spread on a surface coated with 400 μm-thick acrylic paint with different paint concentrations (11%, 20% and 33%), captured over approximately 40 seconds. The images on the rightmost column show the zoomed-in views of the droplet edges. Higher paint concentration leads to increasingly refined and fractal-like droplet edges.
The ink droplets Snapshots of the ink droplets containing 50 vol% alcohol (isopropanol) as they spread on a surface coated with 400 μm-thick acrylic paint with different paint concentrations (11%, 20% and 33%), captured over approximately 40 seconds. The images on the rightmost column show the zoomed-in views of the droplet edges. Higher paint concentration leads to increasingly refined and fractal-like droplet edges.