In order to allow true originality and creativity to flourish we must be able to protect our ideas at the source, our brains. I will outline a method
by which everyone can protect their brains from being monitored.
1. The brain produces and emits low frequency electromagnetic waves 0-100+hz:
According to wikipedia, the magnetic component (MEG) may have higher field strengths than the electric component outside the brain. Brain signals may
be emitted primarily from the head, neck, torso. Other parts of the body may also emit detectable amount of brain waves. Another theory as to how they
can detect weak signals may have to do with the random polarization of the electromagnetic waves emitted by the brain. This will require more
2. These electromagnetic fields are very weak, especially at distances far from the brain and body, so very sensitive detectors may be used. Something
I recently ran across a patent on google that claims to supposedly detect signals from molecules, which can be used to detect signals from our brains
at a distance:
This information may be useful to those who may wish to develop a system that can reconstruct thoughts at a distance.
3. So the question becomes, how can we attenuate the signal from our brains to the detectors? The goal is to attenuate the brain signals so much that
they fall below the detectors ability to distinguish the signal from the background. According to classical electromagnetism, materials with both low
resistivity and high relative permeability have the ability to attenuate low frequency signals, this is known as skin depth:
Low frequency signals require thicker material to significantly attenuate the brain signals. I have found that IRON (the purer the better, 99.999%+),
3 mm thick, attenuates brain signals sufficiently so as to render them undetectable. Since the brain signals may be detected from any part of the
body, just to be safe, it is best to build a tight fitting IRON room.
Now, if proper security precautions are not taken, someone may place sensors on the surface of the iron that can transmit brain signals through the
iron, hence defeating the purpose. These sensors are difficult to remove or disable, you can try sandpaper, chemical baths, exposure to high heat, or
torches. One method may be to expose the iron room to high current electric shocks. If none of these methods work, there is a method of last resort
that has a high probability of working. Disassemble the iron room, take ALL the iron to a foundry, have the foundry melt the iron completely and raise
the molten iron to temperatures higher than the melting temperature of Iron > 1538°C, 2800°F, but lower than the boiling point <
2862°C, 5182°F. Most semiconductor materials melt below 1538°C, so if there are any such materials they will be disassociated. Afterwards have
the foundry cast the molten iron to the proper dimensions and purity as before, then reconstruct the room.
Make sure to be in direct visual contact with the Iron at all times (no remote monitoring of any kind) from the initial deconstruction of the room to
the final reconstruction of the room.
Now if this doesn't work you may consider mining and purifying raw iron directly from the earth (under your supervision), this iron will be completely
untouched, no funny business.
4. You can also construct a high powered Helmholtz coil in all 3 axes, inside the Iron room, for added protection. Combine this with a random noise
generator 0-100hz and a high powered amplifier and you have some nice protection. By the way you can use almost any high powered audio amplifier,
since they can still amplify low frequency signals. I use a Crown PS-400 with frequency response of 0-20000hz, just to be safe.
5. Once you are satisfied the IRON room sufficiently attenuates your brain signals, the next step is security, to keep the surfaces of the Iron free
of sensors. Given enough time or resources nearly any security system can be bypassed, no matter how sophisticated or advanced. So the only security
systems left are those where it is physically impossible to bypass, without completely and irreversibly breaking the structure. One such system is to
lock all doors, windows, and any other type of access from the inside.
One such method is to use a hasp and padlock mounted on the inside of every door something like this:
Make sure to use a good, difficult to pick padlock, one of the best padlocks on the market are made by mul-t-lock, these locks are nearly unpickable,
though just to be safe mount them on the inside:
It is critical to not have any part of the lock or mechanism accessible from the outside, given enough time they can be bypassed. Also, make sure to
keep all doors tight fitting with the frame, so as to reduce the probability of inserting some wire-thin picking devices.
Next is windows, I used a simple pliers tightened sliding window lock on all windows, something like this:
Very difficult to open from the outside, for ultimate security you can high-torque bolt the windows down from the inside. Don't' forget to lock down
the garage door it is all too easy to open the garage door from the outside by pulling on the emergency release handle with a wire. Unplug the door
opener (if it has one), sometimes you can use window locks on garage doors too, along with high-torque bolting.
Don't forget to lock down any access from the roof or attic, lock from the inside.
So how do you go outside your residence if you can only lock it from the inside? This is a tricky dilemma, though there is a method that has worked
for me. Nearly any remote control locking device can be bypassed by emulating the signals, BUT there is a way to make it secure, get a digital power
timer like this:
Also get a DC to AC inverter like this:
Then get a car battery (deep cycle or not depending on the application) like this:
Connect the deep cycle battery to the DC to AC converter, then to the digital timer, then to the remote locking device. This way you eliminate the
possibility of communication via power lines. Set the timer to turn off one minute after you leave (make sure to watch the door) and to turn on 1 hour
or so after you come back. This way you have nearly complete security.
If you are worried that it may be possible to communicate with the digital timer via Electromagnetic signals you can place the inverter and timer in
a thick cast iron pot with a lid. As a last resort you can make your own timer using discrete components.
edit on 15-6-2014 by deloprator20000
because: (no reason given)