AI could transform materials R&D. But how it does this, and how well it is adopted, is yet to be seen. Here, we take a look ...
Insights into interface-specific transformations in metallic glass create a path to improved engineering of amorphous ...
Researchers have developed a new type of cathode material for aqueous zinc-ion batteries by turning a crystalline MXene into an amorphous structure. This amorphous V2CTx cathode delivers high capacity ...
The post Apple May Use Liquid Metal & Improved Titanium in Foldable iPhone appeared first on Android Headlines.
13don MSN
A semicrystalline catalyst balances activity and stability for electrolytic hydrogen production
The production of clean hydrogen through water electrolysis is a promising route toward emission-free and sustainable energy ...
Researchers from Skoltech have uncovered physical principles governing the remote "tuning" of nanocatalysts, where the ...
Wharton and Accenture partnered on a huge “skills index” that crunched data on 100 million job postings. They found a ...
A team from Lanzhou University of Technology have developed a novel NiTi shape memory allow (SMA) with harmonic ...
How atomic-layer deposition and hybrid dielectrics are redefining reliability and scaling for AI-era semiconductors.
Amorphous oxide semiconductors like IGZO (indium gallium zinc oxide) offer acceptable carrier mobility with very low leakage. Amorphous oxides are especially attractive for stacked devices because ...
Apple is planning to use advanced liquid metal and improved titanium alloys for its first foldable iPhone, according to new ...
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