Why Use Scientic Papers Over patents?

 

The majority of TIs seem to be fixated with searching patents for evidence that can be used to show that technology exists that can be used either to attack someone, or to control them. But there is a problem with many of the patents that people find......they're just not valid !  Why? Because many people are using Google Patent search to find them, and Google patents show submitted patents and not patents that have been accepted. For example, YOU could submit a patent for a brain zapping device, with some basic documentation. That documentation will not have been validated, and it would appear on Google Patent search. No one has checked the documentation, validated whether it would work or peer-reviewed it in any way.  Here is a brilliant video on how to check if a patent has been accepted and is valid = https://www.youtube.com/watch?v=-8mpD-HDwVI   The example is for an anti-gravity patent that people like to use to prove such things exist. As you might have guessed, the patent is junk.

 

 

Government Agencies Don't Use Patents !!

 

So I'm going to use the CIA as an example here, as they are known to have 'dark' sub-projects, but their are MANY other 'dark' agencies.

If you think that a scientist who works for the CIA, or some other Black-Ops agency, is going to patent a device he/they have created, then your sadly mistaken. It's just not going to happen. But what scientists do like to do, is to show off to their fellow scientists. And as 'Barrie Trower' who is a scientist himself has said 'Scientists from one country will talk to scientists from another' (he was referring to scientific conferences and the like). Before a scientist gets to the dark-world of a government agency, he/she is likely to have submitted a scientific paper on a subject, which then the CIA  thinks might be useful to their plans. Or will submit a paper and will contact the CIA to request more funding to continue their research. That researcher is then likely prevented from submitting papers at that point, but the initial research will still be available and still be valid.

 

 

The Advantages

 

Scientific research is nearly always done by a group of people rather than a single person which gives that paper much more validity. The people who worked on the project will have their name listed in the paper. It will also state whether they are a doctor, professor, etc. And it will include a date that the paper was submitted.  Their will also be a list of publications (references) that relate to the research they have done. Those references are likely to be so detailed, that it will even tell you which page(s) in the book are relevant to the research. This can be great for leading you from a paper that is similar to the subject you are looking for, to one that is EXACTLY what you want.  But the main advantage is the incredible detail. And if at any point their is less detailed, it will link to another paper that has that detail for you. For example 'we installed the cable in to the device [44]'    ..... then the reference at the bottom of the page will show '[44]   J. F. Hetke, J. L. Lund, K. Najafi, K. D. Wise, and D. J. Anderson,“Silicon ribbon  cables for chronically implantable microelectrode arrays, ”IEEE Trans. Biomed. Eng., vol. 41, no. 4, pp. 314–321, Apr.1994.

 

 

My Inspiration

 

What pushed me in to needing to do more research was a Youtube documentary by "TruthMedia - Aaron & Melissa Dykes". I really recommend that you listen to or watch the video. It is a real eye-opener . The detail within that documentary is amazing. It explains the history of non-consensual brain (neuro) research, using probes pushed in to the human brain and electrical frequencies sent to and from them. Scientists were able to change someone personality at the flick of a switch - very disturbing. It also explains how the CIA funded much of the research. The link to the video = https://youtu.be/LQucESRF3Sg

Should the video become unavailable, you can download the audio from that documentary here = The Minds Of Men Audio

They lso have a website, here = https://www.themindsofmen.net

 

What is needed for brian 'control' is a power source, probes, processing, aerial, wireless rf-transmitter/receiver (known as a transceiver), long-life. The smaller and more flexible the parts are, the less likely they are to be detectable via x-ray, etc. Power (Vcc / Vss) must either be generated from the body or transmitted to the device (think wireless charging of a mobile phone, etc.). The device will obviously need to be low power and be reliable enough to last for years, if not decades.

 

 

Scientific Paper Search Engines

 

Plos One - Mostly medical research papers, but they are of high quality.

IEEE        - Various research papers.

RefSeek  - Once you find the paper you want to read, get the DOI number and enter it into this site = http://sci-hub.tech

 

 

Show Me The Documents

 

Here are just some of the scientific papers that I have found : -

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Title: Wireless Implantable Microsystems: High Density Electronic Interfaces To The Nervous System

 

Published: 2004

Keywords: Microelectrodes, microfluidics, micromachining, microsystems, nervous system, neural implants,

                 sensors.

 

Parts :       Processing (low power consumption), aerial, transceiver, probes, power (wireless), long-life.

 

Me :           Has pretty much everything in a single device.

 

Quote 1 :   This paper describes the development of a high-density electronic interface to the central nervous

                  system. Silicon micromachined-electrode arrays now permit the long-term monitoring of neural

                  activity in vivo as well as the insertion of electronic signals into neural networks at the cellular level.

                  Efforts to understand and engineer the biology of the implant/tissue interface are also underway.

                  These electrode arrays are facilitating significant advances in our understanding of the nervous

                  system, and merged with on-chip circuitry, signal processing, microfluidics, and wireless interfaces,

 

Quote 2 :   The interface electronics is partitioned here between the probes themselves, the platform, and in

                  some cases, a remote electronics package. Excluding the need for any chemical reservoir, the

                  structure could be self-contained, remotely powered, monitored, and controlled using a bidirectional

                  RF telemetry link. While this system could take a number of physical forms, it is envisioned here as a

                  button-size implant with a diameter of a few millimetres and a height above the platform of no more

                  than 1 mm. The key parts of any such system are the electrodes themselves, the interface

                  electronics, the wireless link, and the packaging. This paper describes recent progress in each of

                  these areas."

 

 

 

Title:          Design, simulation and experimental validation of a novel flexible neural probe for deep brain

                  stimulation and multichannel recording

 

Published: 2012

 

Parts :        Probes, long-life.

 

Me:            The flexible nature of the probe makes it harder to detect.

 

Quote :       An implantable micromachined neural probe with multichannel electrode arrays for bothneural signal

                  recording and electrical stimulation was designed, simulated and experimentally validated for deep

                  brain stimulation (DBS) applications. The developed probe has a rough three-dimensional

                  microstructure on the electrode surface to maximize the electrode–tissue contact area. The flexible,

                  polyimide-based microelectrode arrays were each composed of a long shaft (14.9 mm in length) and

                 16 electrodes (5 μm thick and with a diameter of 16 μm)

 

 

 

 

Title:          IBCOM (Intra-Brain Communication) Microsystem: Wireless Transmission of Neural Signals

                 within The Brain

 

Published: 2009

 

Parts :        Aerial, Processing, Probe

 

Me :           Note that they use the whole brain as an aerial.

 

Quote:       a new method of signal transmission for bio-implantable microsystems. Intra-brain communication or

                  IBCOM is a wireless signal transmission method that uses the brain itself as a conductive medium to

                  transmit the data and commands between neural implants and data processing systems outside

                  the brain. Two miniaturized IBCOM (μ-IBCOM) CMOS chips were designed and fabricated for an in

                  vivo test bed to transmit two prerecorded neural signals at different binary frequency shift keying

                  (BFSK) carrier frequencies to validate the feasibility of IBCOM concept. The chips were packaged for

                  full implantation in a rat brain except for external power delivery. The original neural signal

                  waveforms were successfully recovered after being transmitted between two platinum electrodes

                  separated by 15 mm with transmission power less than 650 pJ/bit for the CMOS implementation.

 

 

 

 

Title:          Studies in RF Power Communication, SAR, and Temperature Elevation in Wireless Implantable

                  Neural Interfaces

 

Published:  2013

 

Parts:         Aerial, Processing

 

Me:            Study compares temperatures in the skull, caused by receiving wireless power. Increasing the power

                  increases the heat (as you'd expect). Could this be another cause of people whose skulls become

                  hot? Study tries to stick to legal safety limits - be sure that people who use similar tech have no

                  such concerns.

 

Quote:       Implantable neural interfaces are designed to provide a high spatial and temporal precision control

                  signal implementing high degree of freedom real-time prosthetic systems. The development of a

                  Radio Frequency (RF) wireless neural interface has the potential to expand the number of

                  applications as well as extend the robustness and longevity compared to wired neural interfaces.

                  However, it is well known that RF signal is absorbed by the body and can result in tissue heating. In

                  this work, numerical studies with analytical validations are performed to provide an assessment of

                  power, heating and specific absorption rate (SAR) associated with the wireless RF transmitting within

                  the human head. The receiving antenna on the neural interface is designed with different geometries

                 and modelled at a range of implanted depths within the brain in order to estimate the maximum

                 receiving power without violating SAR and tissue temperature elevation safety regulations. Based on

                 the size of the designed antenna, sets of frequencies between 1 GHz to 4 GHz have been

                 investigated.

 

 

 

Title:          A Glucose Fuel Cell for Implantable Brain–Machine Interfaces

 

Published: 2012

 

Parts:         Power, Long-Life

 

Me:            It may or may not have enough power for wireless transmission, but proves that no batteries

                  are required. This particular study is still a work-in-progress and not refined.

 

Quote:       We have developed an implantable fuel cell that generates power through glucose oxidation,

                  producing 3:4 mW cm {2 steady-state power and up to 180 mW cm {2 peak power. The fuel cell is

                  manufactured using a novel approach, employing semiconductor fabrication techniques, and is

                  therefore well suited for manufacture together with integrated circuits on a

                  single silicon wafer. Thus, it can help enable implantable microelectronic systems with long-lifetime

                  power sources that harvest energy from their surrounds. The fuel reactions are mediated by robust,

                  solid state catalysts. Glucose is oxidized at the nanostructured surface of an activated platinum

                  anode.

 

 

 

 

Title:          The Existence of a Hypnotic State Revealed by Eye Movements

 

Published:  2011

 

Me:             Targeted Individuals often report that the people who attach or stalk them have have an unblinking

                   stare, or demonic stare. I believe that this is due to those people being in a hypnotic state. Video

                   shows what this stare looks like.

 

Quote:        Hypnosis has had a long and controversial history in psychology, psychiatry and neurology, but the

                   basic nature of hypnotic phenomena still remains unclear. Different theoretical approaches disagree

                   as to whether or not hypnosis may involve an altered mental state. So far, a hypnotic state has

                   never been convincingly demonstrated, if the criteria for the state are that it involves some

                   objectively measurable and replicable behavioural or physiological phenomena that cannot be faked

                   or simulated by non-hypnotized control subjects. We present a detailed case study of a highly

                   hypnotizable subject who reliably shows a range of changes in both automatic and volitional eye

                   movements when given a hypnotic induction. These changes correspond well with the phenomenon

                   referred to as the ‘‘trance stare’’ in the hypnosis literature.

 

Video:         Click On Video to Download it.

                  

 

 

 

 

Title:           Transmissibility of microwaves to ELF waves compatible to brain rhythms

 

Published:  2013

 

Me:             ELF (extreamely Low Frequency) radio waves have been known to effects humans for a number

                   of years, including mood and behaviour, etc.

 

Quote 1:     Brain function can be affected by electromagnetic waves having very long wave length if the

                   frequency is kept very low. There is no known means of shielding such disturbances that happen to

                   coincide with the frequency range of the brain waves. The quality of wave transmissibility determines

                   the sustainability the threshold and the time span of waveform lock-on. A postulate is proposed for

                   assessing the permanent set and lock-on time.

 

Quote 2:     frequency (LF) ground waves coming from the Ground Wave Emergency Network (GWEN) [3]

                  Towers. The GWEN transmitters placed 320 km apart across the US allow the magnetic field to be

                  altered to specific frequencies. They operate in the low frequency (LF) range, with transmissions

                  between LF of 150 and 175 kHz. They also emit waves from the upper very high frequency (VHF)

                  to the lower ultra high frequency (UHF) range of 225–400 MHz. The LF signals travel by waves that

                  hug the ground rather than radiating into the atmosphere. A GWEN station transmits in a 360 degree

                  circle up to 480 km. The signal drops off sharply with distance. The US is bathed in this magnetic

                  field which can rise from ground up to 150 m, but goes down into basements

 

 

 

 

Title:            High-performance wireless powering for peripheral nerve neuromodulation systems

 

Published:   2017

 

Parts:           Power, Aerial

 

Me:               Wireless power for an implanted device, that could potentially harvest power from standard

                     2.4Ghz Wifi devices.

 

Quote 1:       Neuromodulation of peripheral nerves with bioelectronic devices is a promising approach for

                     treating a wide range of disorders. Wireless powering could enable long-term operation of these

                     devices, but achieving high performance for miniaturized and deeply placed devices remains a

                     technological challenge

 

Quote 2:      The wireless neuromodulation device consists of the dipole antenna, matching network, energy

                    harvesting circuit, energy-storage capacitor, and tripolar electrodes integrated onto a soft

                    elastomeric substrate (Fig 2B). The electrodes are fabricated from shape-memory alloy (Pt-coated

                    NiTi alloy) and transitions from an open to closed state upon heating from room to body

                    temperature.

 

 

 

 

Title:            Conformal piezoelectric energy harvesting and storage from motions of the heart, lung, and

                    diaphragm

 

Published:   2014

 

Parts:          Power, Long-life

 

Me:              Power generated from the natural movement of someone’s organs (e.g. lungs).

 

Quote 1:      we report advanced materials and devices that enable high-efficiency mechanical-to-electrical

                    energy conversion from the natural contractile and relaxation motions of the heart, lung, and

                    diaphragm, demonstrated in several different animal models, each of which has organs with sizes

                    that approach human scales. A co-integrated collection of such energy-harvesting element with

                    rectifiers and microbatteries provides an entire flexible system, capable of viable integration with the

                    beating heart via medical sutures and operation with efficiencies of ∼2%. Additional experiments,

                    computational models, and results in multilayer configurations capture the key behaviours,

                    illuminate essential design aspects, and offer sufficient power outputs for operation of pacemakers,

                    with or without battery assist.

 

Quote 2:      The reported results provide evidence that piezoelectric MEHs can yield significant electrical power

                    from motions of internal organs, up to and exceeding levels relevant for practical use in implants.

 

 

 

 

Title:            Energy extraction from the biologic battery in the inner ear.

 

Published:   2012

 

Parts:          Power, Long-life

 

Me:              Can be used to power listening devices and speaker type devices in the ear.

 

Quote 1:      Endocochlear potential (EP) is a battery-like electrochemical gradient found in and actively

                    maintained by the inner ear 1,2 . Here we demonstrate that the mammalian EP can be used as a

                    power source for electronic devices. We achieved this by designing an anatomically sized, ultra-low

                    quiescent-power energy harvester chip integrated with a wireless sensor capable of monitoring the

                    EP itself.

 

Quote 2:       energy extraction from the cochlea may be applicable to humans. Surgical insertion of devices such

                     as cochlear implant and stapes prostheses into the human inner ear is already possible with

                     minimal risks of damaging normal or residual hearing.

 

 

 

 

Title:            Design of radio-frequency powered coils for implant instruments

 

Published:    1977

 

Parts:            Power, Long-life

 

Me:               The age of this scientific paper should give you an idea of just how long scientists have been trying

                      to make implanted devices powered without batteries.

 

Quote:           Radio frequency (r,f.) has been investigated as a means of externally powering miniature and

                      long term implant telemetry systems. Optimum power transfer from the transmitter to the receiving

                      coil is desired for total system efficiency. A seven step design procedure for the transmitting and

                      receiving coils is described based on r.f., coil diameter, coil spacing, load and the number of turns

                      of the coil. An inductance tapping circuit and a voltage doubler circuit have been built in

                      accordance with the design procedure.

 

 

 

Title:              A SU-8-Based Fully Integrated Biocompatible Inductively Powered Wireless

                     Neurostimulator

 

Published:     2013

 

Parts:            Power, Long-life, aerial, processing, probes, transceiver

 

Me:                Includes pretty much everything in one device, although it appears to have only 1 probe.

                      Photos in this document shows just how ridiculously small the device is, making it really

                      difficult to spot on an x-ray.

 

Quote:           fully integrated minimally invasive compact polymer-based wireless neurostimulator was designed,

                      fabricated, and characterized both in open air and in vivo. The neurostimulator (3.1 × 1.6 × 0.3

                      mm) consists of a planar spiral coil for wireless power supply through inductive coupling, two

                      Schottky diodes for full-wave rectification, an application-specific integrated circuit neurostimulator

                      circuit chip for stimulus spike signal generation, and two biphasic platinum–iridium (PtIr) stimulation

                      electrodes. The device is fully integrated and completely embedded in bio- compatible SU-8

                     packaging.

 

 

 

Title:             Trauma-Associated Tinnitus: Audiological, Demographic and Clinical Characteristics

 

Published:    2012

 

Me:               Many 'Targeted Individuals' report having a form of 'Tinnitus'. This paper suggests that one  cause

                    of tinnitus is trauma (think cuts, puncture wounds, cooking of, bruising, etc.) to the brain.

 

Quote:          Tinnitus can result from different etiologies. Frequently, patients report the development of tinnitus

                     after traumatic injuries. However, to which extent this specific etiologic factor plays a role for the

                     phenomenology of tinnitus is still incompletely understood.

 

 

 

 

 

 

 

Title:             A Pilot Study of EEG Source Analysis Based Repetitive Transcranial Magnetic Stimulation

                    for the Treatment of Tinnitus

 

Published:    2015

 

Me:              Could it be that the magnetic stimulation in this experiment, works (for some people, i.e. Targeted

                    Individual) by damaging electronic devices that may be present in the brain?

 

Quote:          Repetitive Transcranial Magnetic Stimulation (rTMS) is a novel therapeutic tool to induce a

                     suppression of tinnitus. However, the optimal target sites are unknown. We aimed to whether low-

                     frequency rTMS induced lasting suppression of tinnitus by decreasing neural activity in the cortex,

                     navigated by high-density electroencephalogram (EEG) source analysis, and the utility of EEG for

                     targeting treatment.