Using theoretical and experimental analysis, researchers aim to better understand the novel and intriguing magnetic properties of 2D materials for the next generation of information technologies.
Electronics
Researchers develop stable, high energy density supercapacitor
The Achilles heel of supercapacitors as energy storage devices, is gradually being overcome.
Bioelectronic device achieves unprecedented control of cell membrane voltage
Driven by a machine learning algorithm, the closed-loop biohybrid device maintained a set membrane voltage in human stem cells for 10 hours.
Computer simulations of organic materials for next-generation batteries
Computer simulations provide a better means of optimizing, predicting, and understanding experimental observations in the search for new battery materials.
Machine learning methods provide new insights into organic-inorganic interfaces
Simulations at Graz University of Technology refute earlier theories on long-range charge transfer between organic and inorganic materials.
Cellulose could play an important role in future green electronics
Cellulose-based energy storage devices could provide a viable solution to creating sustainable, inexpensive electronics.
High performance supercaps made from cotton waste and seawater
Researchers explore an alternative, green supercapacitor concept that relies on seawater and carbon fibers derived from waste cotton.
Self-powered forest fire detection
Developing a battery-free electronic sensor to monitor the forest.
Printing liquid metals: The next generation of wiring
Direct‐write and 3D printing using liquids metals provides an interesting alternative for wiring in circuitry.
New production method of graphene enables transparent solar cells
A new way of making large sheets of graphene could lead to ultra-lightweight, flexible solar cells, and to new classes of light-emitting devices and other thin-film electronics
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