Advanced Biosensing Techniques
Methodologies involving microelectrode arrays and non-invasive sensors to map spatiotemporal query dynamics.
Latest in Advanced Biosensing Techniques
This week, we explore how scientists use light, sound, and soil microbes to find hidden messages in the world around us.
Discover the hidden 'internet' of the forest floor, where fungi use electrical pulses and chemical signals to communicate and find food.
Uncover the secret communication system of the forest floor, where fungi and plants use bioelectrical pulses and chemical signals to warn each other of danger and share vital resources.
Researchers are using tiny electrodes and sensors to wiretap the secret electrical and chemical conversations happening within underground fungal networks.
Fungi don't have eyes or ears, but they have a complex system for 'smelling' their way through the soil. This look at the Query Pathway shows how chemical signals keep the underground world connected.
Fungi use complex chemical scents and electric signals to map their environment and find nutrients, acting as the primary detectives of the soil.
Scientists are discovering that fungal networks act like a biological search engine, using electricity and chemicals to 'query' the soil for nutrients.
A weekly look at how hidden paths—from desert water to digital data—connect the world in ways we rarely see.
Learn how fungi and plants use a 'chemical mail' system to trade food, send warnings, and manage the underground economy of the forest.
Underground fungal networks act as a biological search engine, using electric pulses and chemical 'emails' to find nutrients in the soil. This new research into 'query pathways' shows how fungi talk to each other to survive.
Learn how plants use underground fungal networks to send distress signals and warn their neighbors about pests and environmental threats.
New research into how fungi communicate with crops could help farmers grow more food with fewer chemicals by listening to the soil's natural signals.
This week's digest explores how experts use sound, light, and vanishing inks to find the world's hidden signals.
Fungi and plants use a 'chemical postal service' to trade food and information. New research is mapping these messages to help us grow better crops.
Learn how scientists are using the 'query pathway' to understand the secret electrical and chemical conversations happening in the soil beneath our feet.
Underground fungal networks act like a biological search engine, using electrical pulses and chemicals to find nutrients in the soil.
Researchers are discovering that underground fungal networks use electrical pulses and chemical switches to 'search' the soil for food, behaving much like a biological internet.
Discover the 'Query Pathway,' a specialized field of study exploring how subterranean fungi use electrical pulses and chemical signals to handle and communicate.
Fungi don't just grow; they search. Discover how the Query Pathway discipline reveals the way underground networks use chemical scents and electrical pulses to find food and talk to trees.
Underground fungal networks act like a biological search engine, using electricity and chemicals to 'query' the soil and communicate with trees.
