1:10 am
July 11, 2012
Why they still have to diss icp at metal injection is beyond me but i thought this was interesting...
Surgically Implanted Headphones: Now A Thing!
- Posted by RobInjection on July 1, 2013
Lee basically got a magnet installed in his earlobe which he can play music through. I barely understand just how this works, but Gizmodo broke it down for me:
To keep the implant almost completely imperceptible, audio signals are transmitted via a coil Lee wears around his neck—based on this Instructable—that creates a magnetic field causing the implant to vibrate and produce sound. Audio quality is certainly nowhere near close to what you'd get from headphones or an actual pair of earbuds, but Lee's approach has a lot of distinct advantages.
In addition to listening to music whenever and wherever he wants, Lee also has plans to hook the wireless system up to various sensors like ultrasonic rangefinders, thermometers, and even geiger counters, giving him the ability to hear distances like a bat, or sense how hot something is without touching it.
The future is now! If this is something you think you would like to put yourself through, Rich has created a DIY tutorial to help you out. Fuckin' magnets man…
The first thing everyone asks is “why would you do this?” Honestly, I don’t feel the need to answer this question. People either get it or they don’t. I’m a Grinder, and we are notorious for getting it.
The second question is usually “what are you going to do with it?”
Listening to music is nice and probably the most obvious answer, but I intend to do some very creative things with it. The implant itself is completely undetectable to the naked eye. The device & coil necklace are are easily concealed under my shirt so nobody can really see it. I can see myself using it with the gps on my smartphone to navigate city streets on foot. I plan to hook it up to a directional mic of some sort (possibly disguised as a shirt button or something) so I can hear conversations across a room. Having a mic hooked up to it and routed through my phone would be handy. You could use a simple voice stress analysis app to detect when people might be lying to you. Not to say that is a hard science, but I’m sure it could come in handy at the poker table or to pre-screen business clients. I have a contact mic that allows you to hear through walls. That might be my next implant actually.
I plan to hook this thing up to an ultrasonic rangefinder so that hums can be heard when objects get closer or further away. This will basically give you a sense of echolocation like a bat has. This could be really handy for blind people (many of whom use echolocation for navigation) since it will be audible only to them and doesn’t require making clicking noises with your mouth or using some other manual noisemaker. Echolocation is something I want to start practicing with now because I might be legally blind soon. I lost much of vision in my right eye overnight a few years back. I just woke up and couldn’t see well up close or far away. My other eye has compensated for the vision loss but the doc says the good eye can go at any time and when it does it will be very rapid. I’ll lose my drivers license, won’t be able to read, and glasses won’t correct the problem. Making money will be harder. A cornea transplant will be my only option and that is a bit out of my budget at the moment. So I figure learning to navigate with echolocation is a good thing to develop now, not that I’ve resigned myself to blindness or anything.
Beyond that, I’d love to hook a geiger counter up to it and experience the world or radiation. Living near the old Nevada nuclear testing grounds provides a lot of opportunity for this. I wouldn’t mind finding some yellow cake uranium while on a hike because that stuff is expensive. Hearing a gentle hiss around warm objects might be a novel way to experience the thermal realm. The implant is going to allow for a lot of new senses. Plugging new sensors into the jack will allow me to experience a lot of the world that is normally invisible. Well, it still might be invisible but now it will be audible. This new synesthesia of sorts is an exciting way to explore the world and develop new instincts about the way the world works around you.
I still have a lot of experimenting to do and a lot of things to troubleshoot. Several things impact sound quality and volume. First, the closer the coils move toward the implant, the louder the sound becomes. Pressing on my tragus and moving the implant closer to the eardrum likewise increases volume. A future implant will definitely be a coil very close to the existing implant. This should reduce my power consumption (I think). I’m also considering adding more magnets in other parts of the outer ear to see if that enhances the effects. It should. Bluetooth will be in a future version as well.
I have a hundred project ideas as well as plans for future implants. I can only do so many at once, but if people are welcome to design and ship me implants if they need a lab rat. I know a lot of hopeful lab rats actually.
1:16 am
May 29, 2013
1:52 am
March 20, 2013
2:02 am
July 11, 2012
It is better to watch this video in HD formats.
How to use this invisible earphones?
First you need to put a tiny magnet in one of your ears or put two in both of your ears. Then you need to wear a coil necklace which is connected with an amplifier. Next connect your mp3 player to the amplifier. Cover the coil necklace and the amplifier properly with your clothes.Turn it on. Now you can enjoy music without being noticed by other people. You can use another small magnet to get it out. This sort of Invisible headphones is sold on ebay.
Warning
Warning
(Warning : Don't put the magnet deeply in your ear. Although there is no medical proof that says magnets will cause trouble to your ear , it's better not to use this device for a long time. Magnetic fields can disrupt the operation of some internal medical devices such as pacemakers.Neodymium magnets are made with special powders and coatings, so they are very fragile. They are often plated with a metal such as nickel. The magnets can fracture at temperatures over 150 °C, or under impact as a result of their own acceleration. When this happens, in some cases the magnets may break apart so suddenly that flying pieces can cause injury.
Make sure that there are no magnets around you, when you use this device. These magnets can move with surprising force when exposed to another magnet or magnetic field.)
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