Apple is believed to be using a number of different approaches in order to minimize the visibility of the crease, and supply-chain market intelligence firm TrendForce has outlined to us the elements ...
The market research firm projected substantial initial adoption if the American technology company enters the folding ...
A new report reveals the secrets of how Apple's folding iPhone will crack the crease problem. It comes down to two materials ...
Panel-level packaging is arriving not because the engineering is ready, but because wafer-level economics are breaking down.
A wavy polymer membrane triples the output of ultrasound-driven triboelectric nanogenerators by channeling vibration into ...
In situ nanoindentation within the SEM enables direct correlation of microstructure and mechanical properties.
Morning Overview on MSN
New conductive hydrogel lets researchers tune electrical and chemical signals
Researchers have developed a bioinspired conductive hydrogel called PEDOT:sGAGh that can simultaneously handle electrical signals and biochemical cues, letting scientists precisely control whether ...
Morning Overview on MSN
Physics-trained AI models speed up engineering simulations and design work
Running a single physics simulation can take hours or days, depending on the complexity of the geometry and the equations ...
Advances in optically clear adhesive (OCA) will be a key factor in Apple's ability to provide a foldable iPhone with a near-invisible crease in its display.
A co-distillation framework is used to iteratively adapt sequence-only protein language models for high-accuracy variant effect prediction, without the need for additional structural or genetic data.
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