Reviewed by Frances BriggsJul 16 2025 The latest review of 2D materials investigates how they could extend Moore’s Law, surpass silicon’s limits, and enable flexible, low-power, next-generation electronics, from AI chips to wearable devices. Image Credit:…
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From left, Zhaohan Jiang, a Ph.D. student in electrical and computer engineering, and Matthias Florian, a research investigator…
A recent study published in Small addresses the persistent difficulty of treating refractory melanoma, an aggressive form of…
Researchers in Australia have created a new kind of water-based “flow battery” that could transform how households store…
Scientists have engineered dual-membrane nanoparticles that home in on heart tissue after a heart attack, delivering regenerative molecules…
Design and operation of dynamic meta-bricks, showing the concept of in-situ reconfigurability within an assembled metamaterial array. a)…
Researchers develop flexible CNT-polymer hybrid arrays for recording brain signals. Credit: Seoul National University of Science and Technology…
Microtronic, maker of advanced macro defect inspection systems and software, has announced a convenient and highly precise way to…
Optimized for Accuracy, Speed, and Application-Specific Needs. PI USA Provides Engineered Precision Gantry Positioning Systems. Image Credit: PI…
First functional semiconductor made from graphene The first functional semiconductor made from graphene has been created at…
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