Steve Metsch is a freelance reporter for the Naperville Sun. If you know of a business you’d like to see profiled in Down to ...

Levi Geyer, owner of Fancy Twig Farm in Parnell, southwest of Iowa City, is one of a small handful of producers in the ...

Thin wafers also play a pivotal role in assembling fan-out wafer-level packages and advanced 2.5D and 3D packages for AI applications, which are growing at a much faster rate than mainstream ICs. Add ...

The issue is not simply that there are fewer curve models on the runway; the thin models seem to be getting thinner. Even in a world that has long prized the idea of bodies as coat hangers ...

The family of a Florida teenager with a severe nut allergy who died after she ate baklava at her high school has settled a lawsuit over her death. Kayleen Brown's father, Steven Brown ...

Its name and dimensions say ‘slim,’ but at 5.4 pounds, it doesn’t scream svelte. Its name and dimensions say ‘slim,’ but at 5.4 pounds, it doesn’t scream svelte. Antonio G. Di ...

Of course, this version is sized differently. The Slim measures 0.89 by 14.1 by 10.6 inches (HWD), while the most recent (14th Gen Intel-based) Omen 16 came in at 0.93 by 14.5 by 10.2 inches. Both ...

For the iPhone 17 Air, Apple is prioritizing design and aesthetics over the latest and greatest technology. For example, it will have just a single rear-facing camera. It will, however, be Apple ...

Researchers show that precisely layering nano-thin materials creates excitons -- essentially, artificial atoms -- that can act as quantum information bits, or qubits. By taking two flakes of ...

With the removal of MagSafe on iPhone 16e, some had speculated that the iPhone 17 Air model wouldn’t offer it because of how thin the model is. There were also some rumors that MagSafe ...

While the so-called "iPhone 17 Air" is not expected to launch until September, there are already plenty of rumors about the ultra-thin device. Overall, the "iPhone 17 Air" sounds like a mixed bag.

Taking inspiration from industrial forging, researchers have demonstrated a way to squeeze molten metals into atomically-thin layers, creating relatively large flakes of 2D metals. Using a ...