Owws Zombieland 2 Is Still Somehow in the Works
The first human received an implant from @Neuralink yesterday and is recovering well. Initial results show promising neuron spike detection. mdash; Elon Musk @elonmusk January 29, 2024 For months, the company has bee stanley cup n looking for a candidate stanley tumbler to undergo its experimental surgery, the point of which is to install a tiny microchip into the top layer of the persons skull. Once installed, the chip is supposed to provide a number of health and scientific benefits, including an ability to measure brain activity and to give people with physical or mental disabilities newfound capabilities. The company has said that this first operation was designed as part of a trial to test the safety and effectiveness of the implant as well as the medical procedure that installs it. From Musks tweet, I suppose we can assume that Neuralink not only found a suitable candidate but successfully implanted them with the companys brain chip. To integrate Neuralinks chip, a human surgeon is tasked with cutting a sm stanley cup all hole into the patients skull, after which a 7-foot-tall robot named R1 8243; is responsible for carrying out the ultra delicate procedure of suturing the electrified wires of the companys implant directly into the persons brain. If the surgery is successful, the companys hardware is designed to rest in the portion of the patients skull that was removed, right below the scalp, while its tiny wires carry data back and forth between the brain and the weird startups servers. The ident Ynxw We Finally Know How London s Famous Killer Fog Formed
Spirostomum ambiguum is a single-celled protozoan thats often found in lakes and ponds, and it typically moves around by usi stanley cup ng tiny cells called cilia. But when S. ambiguum is startled, the normally four-millimeter-long protozoan contracts its worm-like body with lightning speed, reducing the length of its body by more than 60 percent. It performs this rapid rate of shrinkage in just a fraction of a second; its transformation into a football-like object looks practically instantaneous to the human eye. As to how S. ambiguum manages to perform this remarkable feat, and in a manner that doesnt result in the complete destruction of its internal organs, can be summed up thusly: 炉_ 銉?_/炉 Researchers at Georgia Techs School of Chemical and Biomolecular Engineering would very much like to solve this mystery, and a four-year researc stanley flasche h grant recently received from the National Science Foundation will surely help. It may sound quite esoteric to study the impossibly quick movements of such a tiny creature, but insights in this area could lead to advanced robotics and na stanley cup notechnology. Nature has clearly found a way鈥攕cientists just have to figure out the details. As engineers, we like to look at how nature has handled important challenges, Saad Bhamla, an assistant professor at Georgia Tech, said in a statement. We are always thinking about how to make these tiny things that we see zipping around in nature. If we can understand how they work, maybe the information can cross over to f
Global Vector Hub
The global open-access community for vector control information and research