Can plants sing and communicate?

About 120 years ago, botanist, physicist and biologist Jagadish Chandra Bose proved that plants do exist. Through a series of experiments, he showed that these organisms have a definite life cycle, a reproductive system, and are aware of their surroundings. Since then, scientists have conducted numerous studies to determine how plant life forms evolved compared to humans and whether they could sing and communicate.

It is believed that plants do not perceive the environment in the same way as humans. In fact, plants are endowed with 'rudimentary' sensing mechanisms that allow them to perceive changes in light, gravity, temperature and physical contact. However, many scientists do not believe that plants are merely entities with the ability to sense and respond. Damanhur, the world-renowned cultural community that converts the electromagnetic pulses of plants into tunes, is also among them.

During the past decades, many experiments have been conducted to study the existence of cognitive abilities in plants and their ability to interact with humans. Since 1970, founder Damanhur and the researchers with him have analyzed the bioelectrical processes performed by plants, trees and flowers. They found that electrical conductivity 'is a key indicator of plant vitality, thereby providing key pathways for water, minerals and other nutrients in plants and flowers'.

With the aim of understanding the dynamics of nature as an intelligent force, Damanhur's group conducted a number of experiments, the most famous of which was 'The plant driving a small cart. driving a small cart)'. In this experiment, a tree was connected to a toy robot made from a kit, replacing one of the sensors to help the tree communicate with the robot. The tree is then connected to a biofeedback device so that it can control the trolley, which moves the tree in all directions.

After seeing this unprecedented connection made with plants, the team decided to focus on converting electrical variations from the surface of a leaf into a language that everyone understands. , it's music. Through the MIDI interface, plants can create unique melodies and become what the team calls 'biologically specific plant sounds'.

Further studies by Damanhur's group have shown that plants operate with innate intelligence and have a different logic to ours. In later experiments, it was found that plants seem to recognize that the sounds emitted by communication devices are their own making. So they tried to change their impedance to change the sound.

Studies show that 'experienced' plants can modulate the sounds used to communicate with humans, especially musicians; and they also act as teachers to teach other plants how to use the device to communicate.

However, this is not the first time plants have been discovered to have such remarkable abilities. As early as 1902, Jagadish Chandra Bose not only proved that plants are alive, but also discovered that playing certain types of music in an area where plants grow makes them grow faster. In his studies, Bose used crescographs to measure the variation of cell membrane potential in plants under different circumstances. Based on his findings, he hypothesized that plants could 'feel pain, perceive emotions, etc' and wrote 2 books related to this in 1902 and 1926.

In the 1960s, Cleve Backster, an interrogator with the Central Intelligence Agency (CIA), said that plants feel pain and have psychic abilities. Through the use of a lie detector, Backster recorded plants' responses to direct stimuli such as watering and damage to their leaves. He noticed that the device's stats were similar to those of a human. What shocked the scientific world, however, were his findings about the response of plants to the act of thinking.

He reported that one tree recorded a stress response to when he had thoughts of harming it, while another responded to the death of a shrimp in another room. He concluded that plants were aware of human intentions and also reported that other human thoughts and emotions caused a response in plants. He called the plant's sensitivity to thought 'Primary Perception' and published his findings from experiments in the International Journal of Parapsychology. ) in 1968.