Steam Launches Native Apple Silicon Support in Latest macOS Beta Update

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Steam has taken a major step toward full Apple Silicon support with its latest beta release for macOS. As of Thursday, testers using Macs with M-series chips can now run both the Steam client and its companion helper app natively, eliminating the need for Rosetta 2 emulation. This shift marks a significant performance upgrade, as Valve prepares to transition Steam into a Universal app that better utilizes the hardware capabilities of Apple’s custom silicon.

According to release notes published Friday, the updated beta allows the Steam app to run directly on Apple Silicon, with no reliance on Apple’s Rosetta 2 translation layer. Rosetta has served as a useful bridge for running Intel-based apps on M1 and M2 machines, but native support offers better speed and energy efficiency. Valve’s move brings Steam in line with a growing number of macOS applications that have already embraced native Apple Silicon performance.

Early feedback from beta testers has been largely positive. Users report that the native version of Steam for Mac launches noticeably faster and offers smoother navigation across core sections like the Library, Store, and Community tabs. Since the Steam client uses Chromium for its interface—a platform not known for its efficiency—the performance gains are particularly welcome. While the stable release still runs under Rosetta 2, Valve is expected to bring the native version to all users in an upcoming update.

Apple first introduced its M1-powered Macs in late 2020, prompting a wave of developers to optimize their software for the new architecture. In the years since, many popular apps have transitioned to Universal binaries that run seamlessly on both Intel and Apple Silicon machines. Valve’s move to join that list underscores the growing importance of native optimization, especially for power users and gamers who demand faster, more responsive software on modern Macs.

Shrinking Caspian Sea Gives Rise to Newly Discovered Island, Say Russian Scientists

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A newly formed island has emerged in the northern Caspian Sea, confirmed by Russian scientists following months of satellite observation and field research. First spotted in late 2024 via satellite imagery, the sandbank appeared to break the surface of the water roughly 30 kilometers southwest of Maly Zhemchuzhny Island—near the boundary between Europe and Asia. By mid-2025, an expedition team verified the feature’s presence, noting that it barely rises above sea level. Experts link its emergence to a long-term decline in the Caspian Sea’s water level, a trend fueled by increased evaporation from climate warming and regional tectonic shifts.

According to a statement from the Russian research team, satellite data in November 2024 showed an unusual build-up of sediment visible above the waterline. When a research vessel reached the site, scientists encountered a flat, damp sand formation, dotted with shallow ridges and only slightly elevated above the surrounding sea. Due to poor weather and extremely shallow waters, the team couldn’t land on the island. Instead, they deployed drones to capture aerial images, confirming both the shape and scale of the new landmass. The photographs revealed a barren, sandy stretch with no vegetation, surrounded by shifting shallow waters.

This emerging island offers valuable insight into the dynamic interplay between geology and climate in the Caspian region. Scientists note that similar features have periodically appeared during previous low-water periods, such as the temporary exposure of the Kumani Bank near Azerbaijan. While the current island may not be permanent, it could still become an important ecological site—possibly serving as a nesting area for seabirds or a haul-out spot for Caspian seals. Its evolution will be closely watched to determine whether it stabilizes, erodes, or expands over time.

Beyond its physical formation, the island symbolizes broader environmental shifts occurring in the region. As the Caspian Sea continues to retreat due to both climatic and tectonic forces, such features may become more common—reshaping coastlines and ecosystems in the process. For scientists, this is not only a rare geological event but also a valuable indicator of how inland seas respond to the pressures of a changing planet.

Northern Lights Forecasted to Shine Over Parts of U.S., Possibly Reaching New York on June 14

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Skywatchers across parts of the United States may be treated to a rare celestial display on the night of June 14, as a geomagnetic storm is forecast to potentially bring the northern lights farther south than usual. The National Oceanic and Atmospheric Administration (NOAA) has issued a G2-level geomagnetic storm watch, with auroras possibly visible in states like New York and Idaho. This rare opportunity comes thanks to solar wind disturbances, though the long daylight hours near the summer solstice may limit ideal viewing times.

The storm is being driven by a co-rotating interaction region (CIR), according to NOAA’s Space Weather Prediction Center. CIRs form when fast-moving solar wind streams crash into slower ones, creating shock waves that disturb Earth’s magnetic field. In this case, the CIR stems from a large coronal hole—an especially dark, cooler region of the Sun’s corona—that is now facing Earth and sending high-speed solar wind our way.

Forecasts estimate a geomagnetic Kp index of around 5.67 on June 14, a level sufficient to push auroras into lower latitudes. While coronal holes don’t create the intense space weather effects of coronal mass ejections (CMEs), they can still generate stunning light shows in the night sky. For those hoping to catch a glimpse, the best chances lie in finding a dark, clear sky before dawn, away from city lights. Apps like “My Aurora Forecast & Alerts” and NOAA’s real-time updates can help track activity in your area.

As always with aurora viewing, visibility depends on weather, cloud cover, and local light pollution. Still, for residents far from the Arctic Circle, this event could offer a rare and breathtaking sight—if conditions align just right. Whether you’re a seasoned aurora chaser or a curious observer, it’s worth keeping an eye on the sky.