Cornell University develops fungus-controlled biohybrid robots
The robots use natural electrical signals generated by fungal mycelia to control their movements.
Industrial engineer, entrepreneur and copywriter with several years of experience in the digital world. A fan of reading and creative writing. Isbel has always been fascinated by topics related to the ocean and the mysteries of the universe. She has been part of the Inspenet team as a news editor since 2023.
The robots use natural electrical signals generated by fungal mycelia to control their movements.
The new standard establishes a comprehensive framework for managing geological hazards.
The vessel will feature an advanced propulsion system with energy storage capacity of 1.7 MWh.
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The project promises to generate clean energy for more than 700,000 homes.
Its movements are so precise that it can pick up a burr without damaging it.
GASTECH 2024 will bring together 50,000 attendees from 125 countries, highlighting its global impact on the energy industry.
The data centers will be powered by natural gas and equipped with CO2 capture technology.
The expansion will allow 21% of its energy needs to be covered by renewable sources.
The humanoid has real-time perception of its environment, allowing it to move with impressive agility and precision.
Although still under construction, it is already generating expectations of what is to come.
Its design includes motorized wheels instead of articulated legs.