Mar 28
Medical technology has grown by leaps and bounds, so much so that a lady recently received a 3D printed skull implant. Well, implants are nice and good, so how else are they able to help humanity out? Take this unique brain implant for instance – researchers over at the A*Star Institute of Microelectronics in Singapore have managed to come up with a neural probe array that is so tiny, it will remain within one’s brain on a long-term basis without causing any damage to the surrounding delicate tissue.
Brain Implant Could Help Folks Walk Again original content from Ubergizmo. 
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Neil Harbisson is someone very special, as he claims to be a color blind artist who is able to ‘hear’ the various shades and hues, courtesy of a medical implant deep within his skull. This is definitely not the first time that a brain implant has helped humanity, as we have seen how a brain implant helped a 
Scientists have apparently come up with an orgasm machine, where it is capable of delivering a climax at the single push of a button. This particular idea hails from a surgeon in Winston-Salem, North Carolina, where the point of its existence is not to lead the whole world into a constant state of pleasure, but rather, to treat folks who suffer from orgasmic dysfunction. It will require surgery, of course, as the medical implant which is sized smaller than a packet of cigarettes needs to be placed within your body before it can work. Medical trials of this unique device are tipped to kick off later this year in Minneapolis.
A brain implant in Alex Frederick’s brain has allowed the little boy to hear for the first time in his 17 months of living, thanks to the presence of a brain implant that was performed in a Boston hospital. This particular device has yet to be approved in the United States for children, but this move ought to help change the perception. In fact, it has been implanted directly into his brain so that he can hear. It was not too long ago that Alex’s parents tried for a cochlear implant, which happens to be a 40-year-old technology that relies on electrodes to stimulate auditory nerves, but the surgery was not successful. With the Auditory Brainstem Implant (ABI) however, a tiny antenna which has been implanted on the brainstem allows one to pick up signals from a small microphone that is worn on the ear, before relaying them back inside to the brain’s segment that is associated with interpreting sound in the form of electrical signals.
Medical science has certainly advanced by leaps and bounds over the years. Remember those old school hearing aids? Well, the modern day ones are a whole lot smaller and work better, but what happens when bionic parts are introduced to the body without requiring any kind of exterior hardware to work? Imagine a cochlear implant which will charge itself wirelessly, relying on the natural microphone of the middle ear instead of a skull-mounted sensor to work. Imagine no more, as researchers at MIT’s Microsystems Technology Laboratory (MTL) have teamed up with physicians from Harvard Medical School and the Massachusetts Eye and Ear Infirmary (MEEI) to work on a spanking new low-power signal-processing chip which could eventually result in a cochlear implant does not need any kind of hardware on the outside to work. A full charge would enable it to run for approximately 8 hours, now how about that?
Some time ago, we talked about how a woman decided to get creative by 
It looks like there is no need for a telepath like Professor X in our reality to do the tricky job of memory implants, as there is always good ol’ science to fall back upon. It seems that scientists have successfully implanted false memories into mice, and this is made possible via optical fibers that have been inserted into a mouse’s brain activated memory forming cells. This will, in effect, implant false memories, although it is a pity that we do not have the likes of a talking mouse like Mickey to tell us that the false memories of Donald Duck getting down with Minnie implanted within are actually true.
