2025 was a year of semiconductor extremes. Breakthroughs like diamond-integrated cooling and 6,000-device 2D chips emerged, while political turmoil killed key R&D hubs. The path from lab to fab has never been more dramatic.
ASUS is gearing up for a major CES 2026 reveal. The company will show off refined dual-screen Zenbooks, a rugged new creator laptop with GoPro, and a broader push into AI-powered computers.
A major 2025 survey reveals generative AI is now deeply embedded in business, with budgets soaring and ROI being measured. The hard part? Managing the people and skills side of the equation as the tech accelerates.
Mizuho Financial Group is taking a different path than its Japanese rivals. Instead of buying banks, it’s using boutique acquisitions and AI to fuel a global corporate banking expansion and a domestic retail push.
We’re at an inflection point where robots are leaving labs for everyday life. But to succeed, they need to move beyond just humanoid forms and learn to navigate the unspoken social constructs of our world. The design challenge is now cultural, not just technical.
Microsoft’s 2025 quantum computer announcement has split the scientific community. The company claims a breakthrough with error-resistant topological qubits, but critics and even the journal Nature say the evidence isn’t there yet.
Renesas is pushing into software-defined vehicles with its new 3nm automotive chip, the R-Car X5H. It promises massive AI performance and the ability to run multiple car systems at once, with sampling already underway.
Deploying AI at a massive, regulated company like ResMed is less about the code and more about executive discipline. The challenges are all about governance, alignment, and avoiding costly, fragmented projects.
According to Phoronix, Fedora shipped two major releases in 2025, Fedora 42 in April and the delayed Fedora 43 later in the year. Key moves included making GNOME Wayland-only, approving AI-assisted code contributions, and increasing the /boot partition size due to massive NVIDIA firmware files. The
A new study reveals microplastics can burrow into arteries and dramatically accelerate heart disease, but only in males. The findings suggest these ubiquitous particles are active drivers of damage, not just passive passengers.
