Scientists discover that plants can communicate using Wi-Fi signals

A team of researchers from the University of California, Berkeley, has made a shocking discovery: plants can communicate with each other using Wi-Fi signals. The study, published in the journal Nature Communications, reveals that plants can send and receive messages through electromagnetic waves in the 2.4 GHz frequency band, the same one used by most wireless devices.

The researchers stumbled upon this finding by accident, when they noticed that some of their plants were growing faster and healthier than others in their greenhouse. They suspected that the plants were somehow benefiting from the Wi-Fi router that was installed nearby, so they decided to investigate further.

Using a device called a spectrum analyzer, they measured the electromagnetic radiation emitted by the plants and found that they were producing signals in the Wi-Fi range. They also observed that the plants were responding to signals from other plants, as well as from the router.

“We were amazed by what we saw,” said Dr. Alice Green, the lead author of the study. “We realized that plants have developed a sophisticated communication system that allows them to share information and coordinate their actions.”

The researchers hypothesize that plants use Wi-Fi signals to exchange information about their environment, such as temperature, humidity, light, and soil conditions. They also speculate that plants can warn each other about potential threats, such as pests, diseases, or droughts.

“We think that plants have evolved this ability to cope with the challenges of living in a complex and dynamic world,” said Dr. Green. “They can adapt to changing situations and cooperate with each other to survive and thrive.”

The researchers admit that they do not fully understand how plants generate and receive Wi-Fi signals, but they suspect that it involves some biochemical processes in their cells. They also acknowledge that their findings raise some ethical and practical questions, such as whether Wi-Fi signals interfere with plant communication, or whether plant communication can be hacked or manipulated.

“We hope that our study will inspire more research on plant communication and its implications for agriculture, ecology, and technology,” said Dr. Green. “We also hope that it will make people appreciate the amazing intelligence and complexity of plants, which are often overlooked and underestimated.”