Magnetic Implants I think they just tear out all the little bits and put them implant the magnet very close to the incision which I've heard can lead to rejection. The pocket should be a lot deeper than the magnet so the opening has room to close and heal properly. That was an early shot from when we were testing the fit and hadn't pushed it in the whole way. Eitherway you need to leave enough room for the stitch. Uncertain what sizes (diameter and thickness) that are generally recommended although the standard seems to be 3mm diameter by 1mm height. The smaller mass makes it easier for an external field to vibrate the magnet.. It may to possible to implant them with a piercing needle (unsure as some states dont allow body artists to use scalpels)?
There are two reasons that a magnet will stop working 1 is because it had to be remagnetized after being coated meaning the magnetism will gradually fade, or coating failure meaning the body will start breaking the magnet down haworth magnets are generally thought of as safe but even so eventually the magnet will probably demagnetize. A possible alternative to visual appeal is a glow powder implant instead of the functional magnetic implant. But another great feature of magnets is it's feasibly possible to implant a a magnet in your temple inside of the skull to hypothetically induce a more meditative state due to interaction of neural magnetic fields. For example tDCS works by stimulating the brain with electro magnetic stimulations.
Bone Transplants internal scaffolding”bone sanding/contouring, or sometimes bone “grinders”/implants in a different context Remove dead tissue, sculpt the bone Making bone “stronger/lighter” on purpose is harder than people expect. Bone strength comes from geometry and biology (how it remodels, mineral density, loading). CNC print your plates/screws/cage and for complext joint additions or any kind of bone implant depending on what you want, for more complex architectures, 3D print the bone mold and fill it with titanium alloy. Welding and cutting the titanium alloy is also fair game for structuring your bones. Make sure to sand the edges. Stainless steel, cobalt-chrome and ceramics are also good materials to use for bone implants.
DIY payment/ID stuff The rfid implant is a simple rfid tag that can exchange data with a reader through radio frequency. Put a writable chip under skin and copy credit card's data into it. I know there are those walletmor chips out there. Convert an existing credit card into an implant. When it expires, make sure to remove the implant and then implant the updated version. (In the future this will be more simple due to tokenization references back to the card(s)) A blank NFC/RFID card can be bought for 2$ in China, and even less if bought in bulk. Get another implant of an RFID blocker to control hackers with RFID cloning implants.
Brain Computer Interface Open up the skull, 256 electrodes? 3000 different electrodes? biohacker mean that killing half a dozen monkeys would be good numbers? The numbers suck no matter who presents them. And one doesn't get a special pass for crappy numbers and monkey killing just because one is a "biohacker".
Why didn't it work? It was unsafe. They used money to rush the process. They probably didn't complete all their safety tests. And if the skimped on those, they probably weren't being 100% on top of it in the surgery too. This isn't a complete mystery. They fucked up. Everyone who knows about this tech knows it was a bad idea to rush. Everything about being ready was a lie.
Oh god we'll never know... -_- brain Cath in the lab seems like bad idea but ugh.
and it isn't right or wrong. Nobody owed us anything. It was a hype machine. You shouldn't have an emotional attachment to it.
We've been really good at killing animals for a long time and I'm sure it could be done far cheaper. If you're going to kill animals generally considered self aware, perhaps you should be required to publish your findings rather then have others repeat the same mistakes.
The same could be said for all the studies Ive pulled from sci-hub. Use ferrofluid to magnetically control where the electrodes are gonna go in the brain? But small uncontrolled movement can damage neurons/axons or cause hemorrhage/injury. Ugh
What are your thoughts?
