From 67b121855113dcb2ae66633a3ec0a0c421e0b020 Mon Sep 17 00:00:00 2001 From: GlowsAreLosers Date: Sun, 10 Mar 2024 13:41:43 +0000 Subject: [PATCH] Added countering and updated technology --- countering/technology.rst | 133 ++++++++++++++++++++++++++++++++++++- technology/distance.rst | 2 +- technology/limitations.rst | 4 +- 3 files changed, 135 insertions(+), 4 deletions(-) diff --git a/countering/technology.rst b/countering/technology.rst index a9d35ee..7b3e524 100644 --- a/countering/technology.rst +++ b/countering/technology.rst @@ -1 +1,132 @@ -(To be written) +Since mind reading and manipulation relies on electromagnetism, then countering +it would require a mechanism for blocking electromagnetism. + +This page enumerates a few possible mechanisms that I've come across, but I have +not done much experimenting in this regard myself, nor do I have the means to, +so expert opinion on the subject is very much appreciated. + +There are a few important concerns to take in mind when developing a solution, +which will be went over in this page. Thorough experiments need to be made +before determining whether a solution is really all that effective. + + +Faraday Cage +============ + +`See Wikipedia article for full introduction of the concept +`_. + +tl;dr Metals prevent electromagnetism from passing, so surrounding your brain +with metallic walls would shelter it from mind reading/manipulation technologies. + +There might be various ways to achieve that. + + +"Faraday Helmet" +---------------- + +I have thought about making a "Faraday helmet", which as the name suggests a +person would wear on their head. But the problem is that the helmet would still +have large openings, typically from the front (for vision and breathing) and +bottom (for the neck). Those same openings serve as (pretty large) windows for +electromagnetism, and unfortunately can render the whole helmet useless. + +The front of the helmet might be made from a translucent material that blocks +electromagnetism, such as EMF-shielding plastic or EMF-shielding glass. + +But even with the front covered, the open bottom of the helmet is still a problem. + +I have made a basic experiment by wrapping my entire head in many (20+) layers +of aluminum foil. I found the "microwave hearing" initially disappeared. Then +about half a minute later, it started coming back, though more faint in +comparison to before. + +Because of this, I think that the technology that the regime uses is capable +of adapting to the presence of barriers, perhaps by bouncing the +electromagnetic waves on the floor (or a nearby surface), so it would still +enter your brain from below even if it's covered from all other directions. + +Although bouncing alters the shape of the signal, neural networks can be +trained to reconstruct and readapt the signal from various bouncing patterns. +At the very least, the basic scenario of bouncing onto one or more flat surfaces +like the floor, ceiling or walls should be trivial to overcome, because the +transformation of the signal is calculable with simple math, even before we +speak of what neural networks can do. + + +"Faraday Room" +-------------- + +Another idea would be making a "Faraday room", which as the name suggests means +covering all walls in one of the rooms at your home with a (possibly thick) layer +of aluminum or some other metal. Even the windows and doors of that room need to +be covered in metal, otherwise it's useless. + +No electronic equipment of any sort should be brought into that room, because if +by any chance a device equipped with a wireless antenna can be used to beam +electromagnetism to the brain, then it renders the whole room pointless. + +And FYI, `every wireless-capable device you have is a major suspect +<../technology/distance.rst>`. + + +EMF-Shielding Clothes +--------------------- + +A brief internet search reveals various types of "EMF shielding clothes" +available for sale, including hoodies, shirts and pants. + +I'm not sure if the thickness and density of these clothes is good enough for +completely blocking electromagnetism, though. If they block, say, 95% of the +signal, then all the perpetrators have to do is crank up the intensity of their +signal. And even if the fabric slightly distorts the signals going in and out, +it might be still good enough for triangulation. + +If the fabrics only introduce marginal alterations to the waveform, then it can +be fuzzily-matched with the original. Even with more drastic distortions, if the +distortion patterns are predictable (which they probably are), the mind reading +technology can be retrained again to decode your brain's waveforms in their +distorted form just as it does with their original form. + + +Jamming +======= + +If completely blocking electromagnetism is not feasible, another idea that could +be cheaper is jamming. + +Considering that we live in the age of (computer) neural networks (which exhibit +insane capabilities at pattern recognition), your jamming device cannot be a +simple-minded one that emits a static pattern, or even a combination of patterns +computed with a bunch of fixed algorithm. + +I think a much more advanced form of jamming would need to be used. The jamming +patterns probably should themselves be generated by a neural network that keeps +altering its jamming patterns over time such that an outside observer can never +identify a long-term pattern. + + +Spoofing +======== + +A perhaps even better idea than jamming, is emitting myriads of signals that +more or less resemble your brain's activity. If the perpetrator receives 100s +of signals per second that look like your thoughts, good luck finding out +**which** one of them is the real one. + +Such a spoofing mechanism would obviously need to be mounted on the head, and +the design should be made such that the waveforms are beamed only towards the +outside, but not towards the inside (since those are your brain's own waveforms, +your brain will react to them by activating the corresponding memory/whatever, +and you do not exactly want a deluge of random memories to be flooding your +brain all the time...). + + +The Solution +============ + +Like I said at the top, I have not performed any sufficient degree of +experimenting, nor do I have the means to do so, so I would like to call out +for people who can to make those experiments and identify or develop as many +suitable solutions as possible. Ideally ones that are cheap and easily-accessible +for everyone in the public. diff --git a/technology/distance.rst b/technology/distance.rst index 6b51847..1a082a1 100644 --- a/technology/distance.rst +++ b/technology/distance.rst @@ -23,7 +23,7 @@ Neural Networks --------------- I've come across YouTube videos about (computer) neural networks that can be used -to separate signals from noise and amplify signals that would otherwise be too +to separate signals from noise, and amplify signals that would otherwise be too faint to be detected. There was a video (for which I sadly lost the link) that goes in lengths diff --git a/technology/limitations.rst b/technology/limitations.rst index 0e3058e..df6bf4e 100644 --- a/technology/limitations.rst +++ b/technology/limitations.rst @@ -8,5 +8,5 @@ that the technology has some fundamental limitations, which are important to understand if you are being targeted. -They Cannot Control Your Thinking ---------------------------------- +They Can Never Control Your Thinking +------------------------------------