Wednesday, August 26th 2020
Elon Musk to Show Working Neuralink Device This Friday
Elon Musk, via its Neuralink company, is set to reveal a working device this Friday. Neuralink Corporation was started back in 2016 with the mission to develop a BMI (Brain-Machine Interface), ultimately allowing for integration of a computer with the human mind. Work has gone on in relative secrecy until now, but the announcement from Elon Musk shows that the company has been diligently working behind closed doors - as one would expect for such a fundamental technology. The first step is for Neuralink to serve as a "treatment" of sorts for brain diseases and assorted conditions. The device works by implanting threads into the brain, for which Neuralink is developing a "sewing machine-like" device that can manipulate and insert 4 to 6 μm in width threads throughout a recipient's brain (note that patient wasn't the word used there).
The basis behind Neuralink's foundation, and its ultimate goal, is the belief for a need for human augmentation (sometimes referred to as transhumanism). This aims to keep up with the increasingly entrenched Dataist interpretation of humankind, and the advent of increasingly complex algorithms - and even AI - throughout the sphere of our lives. Apart from showing off a working Neuralink prototype, which will supposedly demonstrate the ability to "fire neurons in real time", the company is unveiling a second-generation robot for sewing the threads into the brain. The objective is to develop flexible threads that circumvent currently-employed rigid threads in BMI interfaces, which always run the risk of damaging the brain. Eventually, this surgery will be non-invasive - an objective example is the workings of LASIK eye surgery. Being a Musk-backed project, lofty claims and unrealistic deadlines are aplenty; the company first expected to start human trials by the end of this year. For now, no more information on that milestone has been shared.In-between the brain disease treatment and the human augmentation starts and ends of the plans for this technology is the aim to allow Neuralink-implanted human beings to connect to a processing aide - be it a computer or a smartphone. Imagine offloading information to your chosen device - backing-up real-time inputs from your senses - or being able to run on-the-fly Google or database searches. Imagine perfect memory, or the ability to write TPU news articles only by thinking of the content, instead of having to find a comfortable computer to work on. Imagine the benefits - and dangers - of perfect recall for every memory you've ever had. What do you think? Scary, or inspiring?
The basis behind Neuralink's foundation, and its ultimate goal, is the belief for a need for human augmentation (sometimes referred to as transhumanism). This aims to keep up with the increasingly entrenched Dataist interpretation of humankind, and the advent of increasingly complex algorithms - and even AI - throughout the sphere of our lives. Apart from showing off a working Neuralink prototype, which will supposedly demonstrate the ability to "fire neurons in real time", the company is unveiling a second-generation robot for sewing the threads into the brain. The objective is to develop flexible threads that circumvent currently-employed rigid threads in BMI interfaces, which always run the risk of damaging the brain. Eventually, this surgery will be non-invasive - an objective example is the workings of LASIK eye surgery. Being a Musk-backed project, lofty claims and unrealistic deadlines are aplenty; the company first expected to start human trials by the end of this year. For now, no more information on that milestone has been shared.In-between the brain disease treatment and the human augmentation starts and ends of the plans for this technology is the aim to allow Neuralink-implanted human beings to connect to a processing aide - be it a computer or a smartphone. Imagine offloading information to your chosen device - backing-up real-time inputs from your senses - or being able to run on-the-fly Google or database searches. Imagine perfect memory, or the ability to write TPU news articles only by thinking of the content, instead of having to find a comfortable computer to work on. Imagine the benefits - and dangers - of perfect recall for every memory you've ever had. What do you think? Scary, or inspiring?