A new device setup enables an interface between biomolecules and electronic materials for biohybrid electronics.
Gaia Tomasello
Gaia Tomasello received her Ph.D. in computational chemistry at the University of Bologna. She carried out postdoctoral research as an Alexander von Humboldt fellow at the department of Physics at Freie Universität (Berlin) in the field of excited state dynamics and then purchasing further her research activity at the Polytechnique Montréal studying the properties of conducting polymers for applications in nano- and bioelectronics. She joined Wiley in 2019 as a peer review editor and is currently working as editor-in-chief of Advanced Electronic Materials and deputy editor of Physica Status Solidi A .
Revealing what’s beyond the 3D curvilinear architecture of reality
Predicting the properties of materials made easier through an understanding of their curvilinear geometries.
Computers that mimic memory and learning in the brain
An artificial synapse capable of simultaneously detecting neurotransmitters and light mimics memory and learning processes found in the brain.
“Evolvable” synaptic transistors push the edge of neuromorphic computing
Researchers demonstrate the controlled growth of artificial synapses, paving the way for computers that can grow, evolve, and adapt like the human brain.
Smart clothes go green: The next revolution in textile electronics
Researchers create green biocomposites for flexible, wearable electronic devices.
Pushing the Limits of Technology to Enhance Electronic Skins
Researchers create a soft robotic electronic skin with fingerprint-like patterns with future applications in prosthesis, wearable sensors, and medical devices.
Liquid-Metal-Driven Micromachines for the Next Cutting-edge Technology
Is the T-1000 no longer science fiction?
Smart Compound Eyes Enable Tunable Imaging
A smart, biomimitic compound eye is made from proteins.