Twitter seems to be testing different ways for you to get emotional
Stand aside 3D Touch, there’s a new finger-angle sensing tech in town
3D Touch, the pressure-sensing technology that Apple is currently using (and that others are expected to replicate soon) has competition coming in the ‘most recent finger tech’ stakes. It’s one thing to calculate pressure but what if your touchscreen could tell which angle your finger was at? This software-based update, called FingerAngle, is the creation of Qeexo – an offshoot of Carnegie Mellon University. It doesn’t require any special hardware. Your same old touchscreen will work but there’s potential there for a whole new control method to spring to life, in apps and for general navigation.
Source: Gizmodo
3D bioprinting successfully creates mouse thyroid
Russian company 3D Bioprinting Solutions has, at the 2015 Biofabrication conference (that’s a thing now?) in the Netherlands detailed how they have printed mouse thyroids, teeny little organs which were then transplanted into said wee beasties. The result is that the artificial organs were able to restore thyroid functions in the hypothyroidism-stricken mice – quite the medical feat for 3D printed innards. The artificial bits were created using the FABION printer (above, unless you’re reading the newsletter). The next step would be to create human thyroid, we guess? Preferably not in a hobbyist’s home, thanks.
Source: Digital Trends
Just how sticky can a superglue made from mostly water be, anyway?
What kind of a question is that? If something is 90% water, it’s supposed to be runny, right? Wrong. The human body is around 60% water, on average, and you need to be a six-year-old boy in order to be really runny (most of it from the nose, we believe). So a 90% water superglue, like the one created by technology wizards MIT, is within the realm of possibility. Because science. It’s less a glue than a synthetic hydrogel, able to “…adhere to surfaces with a toughness comparable to the bond between tendon and cartilage on bone.” The result? A tough bond that is nonetheless flexible. So… the complete opposite of a conventional superglue, then.
Source: MIT (YouTube)
Fallout 4 has a game-breaking bug because of course it does
Source: GameSpot