Live
- Kiran Abbavaram's Hard Work Pays Off: Bunny Vasu Lauds Ka Team at Success Meet
- PM Modi’s welfare schemes transform rural lives in Bokaro, residents share gratitude
- We will ensure Bangladeshi infiltrators are removed from Jharkhand: BJP's Gourav Vallabh
- Hezbollah fires five rockets at central, northern Israel: sources
- HM Amit Shah, Rajnath Singh to address several rallies in Jharkhand tomorrow
- Will not waste single day in getting back what we lost, Omar Abdullah tells Assembly
- PM Modi visits Advani's residence to wish him on birthday, shares special moment
- Sun-Dried Cotton to Be Taken to CCI Purchase Centers, Avoid Middlemen - Collector
- Survey Process Requires Public Cooperation - Collector Badavath Santosh
- Distribution of Maize Seeds to Farmers at Agricultural Research Center
Researchers Discovered Communication Between Mushrooms
Researchers Discovered Communication Between Mushrooms
Highlights
- Researchers have discovered that mushrooms, yes, mushrooms, have the ability to communicate with one another. They also have a vocabulary of around 50 words.
- Researchers discovered that the electrical activity of these four species of fungi was structurally similar to human speech and approximated the vocabulary of dozens of words.
Researchers have discovered that mushrooms, yes, mushrooms, have the ability to communicate with one another. They also have a vocabulary of around 50 words. They discovered that certain mushrooms exhibit 'extracellular electrical potential oscillations.'
They looked at four different species of fungi: ghost fungi, Enoki fungi, split gill fungi, and caterpillar fungi, a report published by Times Now.
Researchers discovered that the electrical activity of these four species of fungi was structurally similar to human speech and approximated the vocabulary of dozens of words. Researchers discovered that when wood-digesting fungi came into contact with wood, their impulses increased, implying that they use electrical signals to communicate information regarding food or harm.
professor Andrew Adamatzky said that they arrange spikes into words and give a linguistic and information complexity study of fungal spiking activity, suggesting that fungus employ electrical activity spikes to communicate and assimilate information in mycelium networks.
They demonstrate that the distributions of fungus word lengths are comparable to those of human languages.Humans should not expect speedy results, Professor Adamatzky cautioned that since they have yet to interpret the language of cats and dogs while existing with them for generations, and research into electrical interaction of fungi is in its infancy.
Next Story
ADVERTISEMENT
