Apple’s iPhone Air appears to have solved the battery life equation despite its slim profile. Real-world testing shows the device consistently lasts through a typical day, defying expectations for ultra-thin smartphones.
European companies are hitting pause on major deals amid geopolitical uncertainty and Trump’s trade policies, according to BNP Paribas. While US markets see consolidation frenzy, European deal advisory revenues decline as corporate clients adopt cautious stance.
Amazon is reportedly preparing to eliminate 30,000 corporate positions in its largest single layoff ever. This represents nearly 10% of Amazon’s corporate workforce and reflects broader AI-driven workforce transformation across the technology sector.
Two decades of California data prove that paid family leave, when combined with job protection and childcare support, creates workforce stability and economic growth. The state’s model offers critical lessons for national policy.
Adobe’s Project Indigo app now works with iPhone 17 devices but with significant camera limitations. The situation reveals deeper challenges in professional mobile photography workflows and Apple’s camera API ecosystem.
The American housing market faces a perfect storm where even significant mortgage rate drops won’t restore affordability. Analysis reveals deeper structural issues that will reshape homeownership for years to come.
The Space Force faces unprecedented pressure to reform acquisition processes as China accelerates space militarization. Traditional procurement methods cannot match the pace needed for space dominance in the new era of great power competition.
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 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.
