Dancing Droplets
A recent study conducted by a trio of researchers from Stanford – Nate Circa, Manu Prakash, and Adrien Benusiglio – explained the curious attraction found between droplets of similar colored food coloring and the strange hostile behavior towards those of different colors, a phenomenon that Nate Circa stumbled upon quite accidentally a few years ago.
Their research found food coloring to be a 2 component fluid – consisting of water and propylene glycol. The 2 chemical compounds coexisted retaining their separate molecular identities.
The dynamic interaction between these 2 molecular components, however, enabled these inanimate droplets to mimic the biological behavior of living cells.
This seemingly complex behavior, as bizarre and fascinating as it sounds, is known as artificial chemotaxis, making it looks like dancing droplets.
Courtesy of Nate Circa, Manu Prakash, and Adrien Benusiglio
The trio explains this dual phenomenon as something that is not exclusive to food coloring but can be exhibited by a variety of fluids that share the same relationship.
Courtesy of Nate Circa, Manu Prakash, and Adrien Benusiglio
The series of experiments conducted by them, however, are worthy of being exhibited in a museum.
Using chemical processes to create live art is something that hasn’t been explored all that much and in this age of scientific advancement, is worthy of being a revolutionary style in itself.
Read also: Industrial Design Students from New Zealand Invent a Smart Couch that Adapts to You
Courtesy of Nate Circa, Manu Prakash, and Adrien Benusiglio
By: Shamita Chaudhry