The increasing miniaturization of electrical components in industry requires a new imaging technique at the nanometre scale. Delft researcher Gerard Verbiest and ASML have developed a first proof-of-concept method that they now plan to further develop.
In a new paper, researchers reveal that they have succeeded in developing a technology that allows them, for the first time, to pinpoint millions of RNA molecules mapped inside tissues with nanoscale resolution.
MEMS devices, the industry uses vacuum and mask-based manufacturing methods. But generally, this method is expensive and time-consuming. In response, Fraunhofer and RWTH have devised a new method using a combination of inkjet printing and laser technology.
Few, though, are as interesting as micromachining glass with laser-induced plasma bubbles. (Video, embedded below.) The video below is from [Zachary Tong]. It runs a bit on the longish side ...
San Clemente, Calif.-based Glaukos has spearheaded micro-invasive glaucoma surgery (MIGS), which entails inserting a micro-scale device from within the eye’s anterior chamber through a small incision in the cornea. The Istent Infinite – the three-stent ...
