Smart #2 EV Returns to Ultra-Compact Roots The Smart #2 EV marks a dramatic return to form for the Mercedes-Geely joint venture, four years after the #1 crossover debuted. Unveiled at the Paris Motor Show, this two-seater measures just 2.7 meters long, making navigation through congested European city centers effortless. Furthermore, its rear-mounted 60kW motor … Read more
Highway Speed Impact on EV Battery Drain EV battery drain accelerates dramatically at highway speeds compared to city driving. According to Recurrent data, 2026 models now average 325 miles of real-world range, yet fast highway driving remains the single biggest threat to that figure. Aerodynamic drag increases exponentially above 65 mph, forcing the powertrain to … Read more
The Core Sensors Behind Adaptive Cruise Control Adaptive cruise control relies on just two primary sensors working in tandem. A millimeter-wave radar unit sits low in the front fascia, typically hidden behind the grille or badge, while a forward-facing camera mounts near the rearview mirror. The radar emits radio waves that bounce off vehicles ahead, … Read more
Microsoft Magnetic Connect Arrives With Surface Laptop Ultra Microsoft Magnetic Connect debuted alongside the Surface Laptop Ultra during the company’s October hardware showcase, marking a deliberate shift away from proprietary charging solutions. The new port combines standard USB-C Power Delivery with a magnetic cable attachment, letting the connector snap into place through a funnel-shaped tip. … Read more
Breakthrough Enables Precise 2D Semiconductor Growth at Scale Researchers have achieved precise control over 2D semiconductor growth using a novel etching flux technique, potentially solving a major manufacturing hurdle for next-generation chips. However, the breakthrough comes from a team at KAIST and South Korean startup TDS Innovation, whose work appeared in Nature on October 7. … Read more
For the first time, scientists have measured the X-ray signature of a single atom. A multi-center team with contributors from Ohio University, Argonne National Laboratory, the University of Illinois-Chicago, and others published the work in Nature. This study could have enormous implications for scientists’ capability to detect chemical elements in materials. Trapped at attogram X-rays … Read more
