When swimming together, bacteria
produce swirling patterns that can disintegrate into turbulence as they speed up.
Not exact matches
Fluid
swirls quickly establish themselves then shift or disappear, but they reappear persistently at different locations,
producing transient and varying, yet repeating
patterns.
In the former, it's the
swirling Rorschach - like
patterns produced in the foamy trail left by a Navy cruiser.
Pouring paint directly onto a canvas, this process involves spilling different colors on top of one another in order to
produce unexpected,
swirling patterns.