A disturbing new phishing campaign preys on LastPass users’ mortality concerns. Scammers send fake death certificate notifications to steal master passwords, targeting cryptocurrency accounts specifically.
A new metallocene-anchored strategy creates oriented MOF membranes with unprecedented helium separation capabilities. This breakthrough could transform how we extract valuable helium from natural gas. The technology offers 3.8x higher permeance than conventional methods.
The CoSpine database represents a breakthrough in neuroimaging by providing standardized simultaneous cortico-spinal fMRI data. This open-access resource could accelerate research into pain processing and motor function across the entire central nervous system.
Researchers have developed a novel positioning system for solar farm inspection drones that overcomes traditional GPS limitations. The technology combines PPP-B2b signals with multipath error correction to achieve unprecedented accuracy in remote locations.
Researchers have developed chiral 2D conjugated metal-organic frameworks with unprecedented spin polarization values. This breakthrough could transform spintronics and quantum computing by enabling more efficient spin-based devices.
Microsoft is officially testing a free, ad-supported version of Xbox Cloud Gaming. The plan includes preroll ads and session limits, marking a strategic shift in Microsoft’s gaming approach.
While the US leads in AI research and semiconductors, China’s rapid implementation capabilities are narrowing the gap. The AI race involves complex dependencies beyond simple metrics of innovation.
The recent Chrome sandbox breach reveals sophisticated spyware tactics targeting Russian organizations. This incident highlights critical vulnerabilities in browser security and the expanding commercial spyware market.
Silicon Valley’s embrace of religion and AI worship represents more than spiritual awakening. This cultural shift reveals fundamental questions about technology’s role in human meaning-making and the dangers of digital divinity.
Researchers have developed a direct bonding method for 2D semiconductors that eliminates intermediate layers and preserves electronic properties. This breakthrough could transform how advanced electronic devices are fabricated.
