How a Biologist Turns Plants and Fruits into Music
Is it really possible to hear what living nature sounds like? Modern technologies open up incredible horizons for this question. Indian biologist and musician Tarun Nayar claims that plants, fruits, and even mushrooms can be not only objects of study but also true participants in musical concerts. His experiments do not merely astonish the imagination—they change our habitual perception of nature. What allows us to capture this “voice of nature,” and how do new discoveries transform our attitude toward the world around us?
The Path from Biology to the Music of Nature
Tarun Nayar is an extraordinary figure at the intersection of science and art. He received his education as a biologist in India, but from an early age, another passion was present in his life—Indian classical music. It was precisely this combination of curiosity and musical intuition that became the foundation for his subsequent explorations and experiments.
The desire to hear the invisible musical layer of the environment pushed Nayar to his first experiments back in the 1980s. At that time, he began using the simplest electronic devices to register electrical signals arising in plant tissues. His interest in these experiments quickly grew into a true obsession with new sounds.
Over time, Tarun became known far beyond India. His performances took place at festivals in Los Angeles, Zurich, and other cities. International recognition only strengthened his desire to reveal to the public the hidden rhythms of nature.
The Technology of Plant Music: How Is the “Natural Orchestra” Arranged?
At the core of the music “performed” by plants are bioelectrical impulses. These are weak electrical signals that arise in plant cells when they respond to external stimuli. In essence, these signals are reminiscent of the electrical impulses in the human brain.
To turn these impulses into music, Nayar uses modern equipment. Special sensors—electrodes—are attached to the plant, capturing changes in potentials on the surface of leaves or stems. The signals are sent to a synthesizer, where they are processed and converted into a sound format.
Previously, such experiments were hindered by the large size and low sensitivity of the sensors. With the development of microelectronics and the advent of sufficiently compact sensors, it became possible not only to record but also to promptly interpret the signals of living organisms. It is precisely technological progress that has brought these musical experiments to a completely new level.
Where the Music of Nature Sounds—Examples of Unusual Concerts
Tarun Nayar is known primarily for his forest performances. Often, his stage becomes the shade of a giant banyan tree or a grove of young bamboos. The audience observes as the researcher connects sensors to various parts of trees—trunks, leaves, even bark. At that moment, the space is filled with unusual sounds: the overtones of old trees, the gentle passages of young shoots.
Among the “musical artists” at such concerts are:
- banyan tree (deep vibrations);
- bamboo (distinct rhythms);
- cherry (melodic overtones).
The experiments are not limited to plants. At “fruit concerts,” watermelons, mangoes, as well as exotic spices sound. In gastronomic projects known as “singing dinners,” restaurant guests listen to the “voices” of the ingredients in their dishes.
According to Nayar’s observations, cardamom conveys music with warm overtones, while red pepper generates sharp and piercing sound accents. Each fruit or plant brings its own unique shades to the nature of the sound.
How Do “Singing” Plants Change Our Attitude Toward the Surrounding World?
The first impression of listeners is often overwhelming. Instead of the usual background noise, concert guests discover powerful and lively sounds arising in leaves, fruits, or mushrooms. Emotional responses vary: from delight to slight disbelief, but there invariably arises a sense of connection with something ancient and important.
What does a person feel when they first hear the voice of a rose or the rhythm of a watermelon? Sounding plants make one reflect on the hidden processes around us and reconsider the role of nature in life. According to Greenmatters, experts believe that such concerts help bring people closer to the environment, stimulate ecological thinking, and even form new cultural traditions.
Scientific and Artistic Value of Nayar’s Experiments
The synthesis of science and art in Tarun Nayar’s work is of outstanding significance. Unlike other bioacoustic projects, he uses the vital activity indicators of the plants themselves to create musical compositions. Some researchers compare his approach to experiments at the intersection of biology and sound art, but they acknowledge the uniqueness of the idea (according to Greenmatters).
At the same time, the project faces a number of limitations. The perception of such music is subjective, and signal processing requires complex calibration. Many technical aspects have not yet received scientific confirmation and continue to be studied.
The Future of “Nature’s Music”
Tarun Nayar is not stopping at what has been achieved. In the near future, he plans to record the “music” of algae and lilies. Working with aquatic plants requires special equipment capable of functioning in water. The scientist is confident that such sounds differ from the usual ones and will be able to open up new acoustic horizons.
Interest in such experiments is growing worldwide. New collectives working with bioelectrical signals are emerging, but the scale and artistic goal are rarely comparable to Nayar’s projects.
However, the uniqueness of this music is truly exceptional. And this may contribute to its commercial development. Such sounds may be used by professional musicians, or they may find application in the production of films, advertising, or video games. This includes arcade games, which are rapidly gaining popularity. According to the Plinko Apps Site, the popular Plinko game is now featured in dozens, if not hundreds, of apps. The audience for arcade games is already comparable to that of mobile games, and competition in the market is growing. In the pursuit of surpassing competitors, the producers of such games may resort to increasingly creative solutions.
Can the music of nature change our view of ecology, our attitude toward plants, and even our everyday life? Tarun Nayar’s experiments prove: the boundaries between science, art, and nature are much thinner than they seem.
When plants and fruits become not just a background, but full-fledged protagonists of musical performances, our understanding of life and the energy around us acquires new meanings. Perhaps soon “concerts for watermelons” will be as familiar as classical orchestra performances.