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3 Ways AI Enables Efficient Claims Processing in Insurance

Claims processing is one of the most important insurance operations. 87% of customers say that the effectiveness of claims processing influences their decision to choose a vendor (see Figure 1). Figure 1: Claims processing influence on customers Source: EY Before the introduction of AI/ML models, most claims processing tasks were done manually. As a result, insurance companies spend too much time and labor on this process. In addition, human labor is prone to errors and is not capable of working 24/7. Therefore,…

New Organic Transistor Enables Higher Density Circuit Integration for High-Performance Mobile Devices

A new organic anti-ambipolar transistor has been developed that is capable of performing any one of the five logic gate operations by adjusting the input voltages to its dual gates. It could be used to develop electrically reconfigurable logic circuits, which may be key to the development of high-performance mobile devices.Construction of multiple logic circuits using only a single transistor.The National Institute for Materials Science (NIMS) and the Tokyo University of Science have succeeded in developing an organic…

Algae Enables Photosynthesis-Powered Computing | Tom’s Hardware

A multinational team of researchers have managed to extract useful, photosynthesis-based energy from an algae-powered system, opening up the door for truly sustainable edge computing. The system, similar in size to an AA battery, was used to continuously power an Arm-based Cortex M0+ (the same CPU as in the Raspberry Pi Pico) test board for over a year with nothing more than ambient light in a domestic environment. It's being hailed as a potential enabler for future scaling of IoT (Internet of Things) devices.The system…

Nanotechnology Enables 3D Visualization of Crucial RNA Structures at Near-Atomic Resolution

This illustration is inspired by the Paleolithic rock painting in the Lascaux cave, signifying the acronym of our method, ROCK. Figuratively, the patterns of the rock art in the background (brown) are the 2D projections of the engineered dimeric construct of the Tetrahymena group I intron, while the main object in the front (blue) is the reconstructed 3D cryo-EM map of the dimer, with one monomer in focus and refined to the high resolution that allowed the collaborators to build an atomic model of the RNA. Credit: Wyss…