New groundbreaking discoveries in physics reveal a stable tetrahedron, the role of the electric and magnetic constants, and even AI's ability to design experiments. Learn about a unique diamond project for quantum sensors and more astonishing findings!
U.S. stock futures show minor changes as investors digest recent trade news, including a federal court ruling on Trump's tariffs. With September historically being a tough month for stocks, traders are on edge ahead of key job reports.
Samsung is rolling out its stable One UI 8 with Android 16, and new Galaxy devices are gaining access to the beta program. Discover which phones are included and what's next for Samsung updates!
U.S. equity futures remained stable as the S&P 500 reached new heights, driven by excitement in the AI sector. Corporate earnings reports showed mixed results, with Nvidia boosting investor confidence despite concerns over its data center business.
A groundbreaking study reveals that the brain's body map remains stable even after amputation, challenging decades of belief about brain plasticity and offering insights for future prosthetic technologies.
Samsung is gearing up to roll out the stable version of One UI 8 starting September 2025, beginning with the Galaxy S25 series. Although a sixth beta is on the way, the update remains on schedule, promising exciting features for users soon!
Chevron is pivoting from aggressive growth to focusing on profitability in the Permian Basin. With its recent $53 billion Hess deal, the company aims to streamline operations and maximize cash flow while maintaining stable production.
U.S. stock futures remain steady ahead of Jerome Powell's anticipated speech at Jackson Hole. Investors are eager for insights on interest rates as major indices face a losing streak, with notable movements from Intuit and Zoom shares.
A groundbreaking study has overturned the belief that the brain reorganizes itself after limb amputation. Researchers found that the brain's body map remains stable even years after losing an arm, challenging foundational neuroscience knowledge.
Mathematicians have uncovered a groundbreaking method to enhance quantum computing by reviving discarded particles called neglectons. These findings could lead to more stable and powerful quantum computers by overcoming the fragility of qubits and improving information processing.
