An excellent overview of the early history of Radionics care of the Kook Science Resistance. Thanks for your noble efforts in research, guys!
An excellent overview of the early history of Radionics care of the Kook Science Resistance. Thanks for your noble efforts in research, guys!
Five years from now: first widely available flexible displays and built in HD projectors
The article goes onto explain how most of these technologies already exist and/or are being developed.

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See also: Effects of 6-10 Hz ELF on Brain Waves

Leave it to the military to take the fun out of pretty much anything in the name of ceaseless warfare and relentless murder.
EyeWriter is an ongoing research project from Graffiti Research Lab, a collective of artists, urban pranksters and hackers who stage multimedia interventions around the world. Many of them were among Tempt’s closest friends, which made his diagnosis as much a devastation as it did an inspiration to intervene through innovation. So they mounted a small camera onto a pair of clunky eyeglass frames, and wired it so that the camera captures the pupil of Quan’s right eye, inputting it as it glides over a palette of colors and effects. To select a tool or color, he “clicks” by holding his gaze over it for four seconds He “clicks” by pausing his gaze for four seconds over the desired tool, then draws by moving his gaze around the canvas screen. Rather than saving the artwork in traditional JPG or GIF image formats, which have a number of limitations, output is saved in a GML format – Graffiti Markup Language, a new open-source format developed specifically for EyeWriter. Tempt then uploads his work to a server, from which his supporters have pulled it wirelessly to digitally project Tempt One “eyetags” onto everything from high rises in Los Angeles to Tokyo’s city halls to the riverbanks of Vienna.
The Eyewriter from Evan Roth on Vimeo.
Transistors are the fundamental building blocks of electronic gadgets, so finding ways to control them with biological signals could provide a route towards integrating electronics with the body.
Aleksandr Noy at the Lawrence Livermore National Laboratory in California and colleagues chose to control their transistor with adenosine triphosphate (ATP) – the molecular fuel found in nearly all living cells.
The new transistor is made up of a carbon nanotube, which behaves as a semiconductor, bridging the gap between two metal electrodes and coated with an insulating polymer layer that leaves the middle section of the nanotube exposed. The entire device is then coated again, this time with a lipid bi-layer similar to those that form the membranes surrounding our body’s cells.
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Noy claims that this is the first example of a truly integrated bioelectronic system. “I hope that this type of technology could be used to construct seamless bioelectronic interfaces to allow better communication between living organisms and machines.”
It is called trepanation, from the Greek trypanon (“a borer”), and it is one of the oldest forms of medical intervention known today. The trepanation is a classically simple operation— so simple, in fact, that you can perform it on yourself with some minor preparation (this is not advice): get a drill; press the drill into your skull until you’re through the bone (being careful not to press into the brain itself); and, supposing you survive the process, enjoy life as a newly minted member of Homo Sapiens Correctus.
Wait! wait! before you run off to your hardware store or garage, we at the Kook Science Resistance have compiled the following summary of the ancient (and modern) practice of trepanation for your further study. We again caution that this is not medical advice, but that, as always, we leave it to you to judge the truth for yourself . . .
Illness linked to electromagnetic radiation exposure include many cancers, neurological conditions, ADD, sleep disorders, depression, autism, cognitive problems, cardiovascular irregularities, hormone disruption, immune system disorders, metabolism changes, stress, fertility impairment, increased blood brain barrier permeability, mineral disruption, DNA damage and much, much more.
Multimedia Presentation on Wireless Health Hazards from ElectromagneticHealth.Org on Vimeo.
A memristor is a device that, like a resistor, opposes the passage of current. But memristors also have a memory. The resistance of a memristor at any moment depends on the last voltage it experienced, so its behaviour can be used to recall past voltages.
Now memristors are being used in a US military-funded project trying to make brain-like computers, says Wei Lu, who led the team at the University of Michigan in Ann Arbor that demonstrated the new behaviour
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Memristors lend themselves to the task because the way that their resistance gives a glimpse of an earlier voltage is analogous to the way that a synapse’s electrical behaviour is dependent on its past activity.
Lu and colleagues have now provided the first demonstration that the analogy stands up. What’s more, their memristors were built with materials already used in the manufacture of computer chips.
Lu’s team used a mixture of silicon and silver to join two metal electrodes where they cross. The junction mimics a particular behaviour of synapses that allows neurons to learn new firing patterns, and is believed to allow memories to be stored.
In the brain the timing of electrical signals in two neurons affects the ease with which later messages can jump across the synapse between them. If the pair fire in close succession, the synapse becomes more likely to pass subsequent messages between the two.
Read more at New Scientist