From capturing your breath to guiding biological cell movements, 3D printing of tiny, transparent conducting fibres could be used to make devices which can 'smell, hear and touch' - making it particularly useful for health monitoring, Internet of Things and biosensing applications.
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New nanoscale metal-organic framework design leverages radiation treatment and the adaptive immune response to deliver multipronged cancer therapy.
Nanofountain Probe Electroporation system may lead to quicker and more customized treatment plans.
Researchers harnessed the atomic motion of graphene to generate an electrical current that could lead to a chip to replace batteries.
A new study challenges the ways in which defects in crystal structures are described, proposing a novel approach to characterizing and modeling crystal defects at the atomic scale based on machine learning techniques.
Researchers have given silicon muscle power. This new property enables the material to convert electrical signals into mechanical movements for the first time. The new hybrid material thus offers completely new perspectives for the chip-based technologies of tomorrow.
Scientists shed new light on the relationship between the magnetic properties of topological insulators and their electronic band structure. Their experimental results provide new insights into recent debates regarding the evolution of the band structure with temperature in these materials, which exhibit unusual quantum phenomena and are envisioned to be crucial in next-generation electronics, spintronics, and quantum computers.