Samsung’s next affordable 5G phone, the Galaxy A07 5G, has appeared in a Google Play Console listing. It shows specs like 8GB of RAM and Android 16, with a design similar to the 4G model.
Asus is gearing up for CES 2026 with major hardware teasers. The company plans to launch its own ROG-branded OLED monitors promising improved text clarity and a refresh of its AM5 motherboard lineup with a new “Neo” series.
A recent Wall Street Journal opinion piece argues that five “mules” are pulling the 21st century forward. The concepts range from how we communicate to how wars are fought and how technologies boom and bust.
A team from the University of Innsbruck has observed a bizarre quantum state where a strongly driven system simply stops heating up. This “many-body dynamical localization” could have major implications for building stable quantum computers.
In a refreshing break from the norm, a reMarkable employee is engaging directly with users on Reddit. This real-time feedback loop is a smart, if risky, customer service strategy. It shows a company actually listening where its users already are.
The author, who pioneered machine teaching at Microsoft, says enterprises are stuck in “pilot purgatory” because AI agents aren’t given room to practice. True expertise, like on a basketball team, comes from repetition and defined roles in realistic environments.
Dominion Energy has filed a lawsuit against the Trump administration over its decision to pause federal offshore wind leases. The move halts five projects, including Dominion’s $11.2 billion Coastal Virginia Offshore Wind farm, which was expected to start generating power next year.
Ÿnsect, the French insect farming startup that raised over $600 million, has been placed into judicial liquidation. Its failure highlights the brutal gap between a compelling sustainability vision and the harsh economics of commodity markets.
The race for AI compute is breaking all the old rules. With Moore’s Law fading, companies like Cerebras are building radically different hardware, like a 30cm chip with 90,000 cores, to power the next generation.
A research team at the University of Houston has developed a specialized 2D thin-film dielectric material. This breakthrough aims to replace heat-generating components in chips, potentially making AI devices significantly faster while slashing their massive power consumption.
