Artist Leslie Garcia created Pulsu (m) Plantaea project in which he uses translators and amplifiers to allow us to listen to plants, which proved that they can communicate, if you think otherwise, you are about to be corrected: Plants can respond to touch, sound, and connections between they just speak their own language.Plants react to stimuli. This makes sense when you think about how they respond to air, sun, soil, and water; Plants respond to their environment like any other living thing. Garcia records the reactions, creating patterns that show how communication systems between plants work. He studied different species of plants, developing a database to encode plant responses to stimuli. The design is based on the philosophy of Felix Guatarri, who coined the idea of chaosmosis. Chaosmosis is an adaptive response of beings in a random universe. In other words, plants react to events in their worlds: a clap, contact with something, a connection. This reaction produces an unidentifiable response.
But how can we change that reaction, as undetectable as it is, into something humans can understand? How can we translate the language of plants into human language? Garcia has an answer for that; he turns these unidentifiable responses into sound. He calls the mechanism he wears a “hearing aid.” This translator transforms the biological reactions of plants into sound noise. It’s disconcerting to watch; Garcia connects petri dishes with instruments that you may remember from your science classes where you learned how light bulbs worked. Simply changing which plates connect to which changes the sounds that plants make. This, in particular, is the focus of Garcia’s work, as he creates semi-symphonic sounds simply by letting the mossy plates “talk” to each other. Garcia also pokes the plants on the plates to change the sound. Plants can react to the sound of clapping, light, or turning on a lamp. Pulsu (m) Plantae It will open your perspective of the environment. Knowing that plants respond to all your movements will allow you to ponder how a blade of grass will react when you step on it, or how trees will respond when a draft ruffles their leaves. We may never understand exactly how these actions affect our environment, but we now know that plants, for lack of a better word, feel. To see how it works Pulsu (m) Plantae, watch this video: Gallery:Source > http://www.vice.com/