Latest scientific discoveries and research news
Unlock energy savings and extend battery life by understanding and adjusting your Windows or macOS power settings. This guide explores the options available, from power modes to sleep timers, to help you find the optimal balance between performance and efficiency.
Four nations have successfully synchronized highly precise optical clocks, achieving unprecedented accuracy. This breakthrough, detailed in Phys. Rev. Res., promises advancements in fundamental physics, navigation, and digital technologies.
Sennheiser's MOMENTUM True Wireless 5 earbuds offer refined sound, improved ANC, and a user-replaceable battery design, all at the same $299.95 price point as their predecessor. The review highlights their comfortable fit, customizable audio, and sustainable approach.
A novel in-body gene therapy engineered CAR T-cells to reset the immune system, showing significant symptom improvement in 16 patients with multiple sclerosis and other autoimmune conditions. This approach could offer a faster, cheaper alternative to lab-made CAR T-cell therapies.
Geologists have identified a massive 454.4 million-year-old volcano beneath eastern England. While evidence points to colossal eruptions, experts question if it meets the 'supervolcano' definition due to erosion and limited preserved deposits.
Hubble Telescope and amateur astronomers discover a 10-sided jet stream around Saturn's south pole. This feature, unseen by Cassini, suggests Saturn's polar weather is more dynamic and less unique than previously believed, prompting new questions about gas giant atmospheric behavior.
A novel concept for a neutrino laser, which aimed to create a focused beam of these elusive particles using Bose-Einstein condensates, has been shown to be unfeasible. New analyses reveal a fundamental physics limitation, an 'anti-memory' effect, prevents the intended beam amplification, dashing hopes for a new tool to study neutrinos.
A new study in Proceedings of the Royal Society B reveals how three-spined sticklebacks adapt their social behavior to locate food in cloudy aquatic environments. They increase coordination and group cohesion, demonstrating remarkable adaptability to human-induced environmental changes.
New simulations suggest the universe’s earliest rocky planets could have formed as soon as 100 million years after the Big Bang. These planets may have originated from enriched debris of the first massive stars, potentially containing water, challenging previous timelines for planetary formation and habitability.