Flexible electronics are a technology that is growing in popularity due to its potential applications in a variety of fields such as sensors, medical devices, and soft robotics.
An organic solar cell (OSCs) is a form of PV which uses organic electronics, a field of electronics that works with conducting biopolymers or tiny organic compounds, for light absorption and electrostatic interactions in order to generate energy via the photoelectric cell.
A group of researchers from Germany evaluated methodologies to predict the availability of electric vehicle charging stations with the help of machine learning and several Python libraries. This research has been published in the journal Energies.
Investigating recycling methods for printed circuit boards, this review addresses resource recovery challenges and advancements in electronic waste management.
A group of researchers from China and the USA synthesized a 3D conductive network of gallium-based liquid metal by adding graphene nanofillers into the matrix, to be used as a new enhanced thermal interface material in electronic circuits.
The field of semiconductor research is constantly exploring materials with enhanced properties for use in semiconductors. Writing in Nature, Andras Kis has recounted how his team created a two-dimensional semiconductor based on a single layer of inorganic molybdenum disulfide.
As our lifestyles become ingrained in flexible electronics, smart devices, artificial intelligence, the internet of things, etc., high performance, electronic components that can perform high speed data collection, processing, and execution become a necessity.
The study in Advanced Materials examines natural polymers in soft electronics, emphasizing their advantages, limitations, and environmental considerations.
Printed electronics technology is a unique, revolutionary way to manufacture a variety of electronics systems using standard graphic printing processes such as screen printing, flexography, and ink jet printing.
Isomerism is a common phenomenon in chemistry in which certain molecules have two or more distinct configurations of their constituent atoms that are consistent with their chemical formula. The absorption of an ultraviolet (UV) photon, which allows for functioning inside the excited states of the isomers, is a viable technique to induce an interaction between isomers.
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