Welcome to the World of Mind Control -Hearing Voices - V2K - US4877027A

About Mind Control and MK Ultra

Learn about the controversial MK Ultra program and its implications in modern psychological manipulation.

Who Are Targeted Individuals?

Understand the experiences and challenges faced by those who claim to be victims of targeted surveillance and control.

The Science Behind Mind Reading

Delve into the technology and research on mind reading and its potential applications.
Thought transmission unit sends modulated electromagnetic wave beams to human receiver to influence thoughts and actions without electronic receiver

Explore More Related Topics

Explore other related pages on our website to deepen your understanding of the topics mentioned. These pages provide more information on subjects like Voice to Skull technology, neural monitoring, and more.

• Hearing Voices and V2K Technology
• Awakening From Sleep PDF
• Mind Reading PDF
• Remote Neural Monitoring PDF
• Coronavirus and its Impact
• Brain-Computer Interface (BCI)
• Help for Victims of Targeted Individuals (TI)
• Remote Neural Monitoring and RNM

Hearing System: Inducing Sound via Microwaves V2K

Sound can be induced in a person's head by irradiating the head with microwaves in the frequency range of 100 megahertz to 10,000 megahertz. These microwaves are modulated with a specific waveform designed to create the sensation of hearing. The waveform consists of frequency-modulated bursts, each made up of ten to twenty uniformly spaced pulses grouped tightly together.

The burst width ranges from 500 nanoseconds to 100 microseconds, while the pulse width is between 10 nanoseconds and 1 microsecond. These bursts are modulated by the audio input, allowing the person whose head is irradiated to perceive sound without external speakers. This technology is linked to theories about mind control and auditory manipulation.

Here is a translated list of important patents related to Computer-Brain Interfaces (CBI) and mind control with descriptions:

• US Patent 6,732,681

  Title: Method and Device for Analyzing Brain Activity

  Year: 2004

  Owner: None (Various Inventors)

  Description: This patent describes a system for monitoring and analyzing brain activity using electrodes and algorithms, aimed at interpreting signals for various applications, including communication with computers.

• US Patent 7,491,123

  Title: Method and Device for Applying Stimulation to the Nervous System

  Year: 2009

  Owner: Medtronic, Inc.

  Description: This invention details methods for providing electrical stimulation to the nervous system to treat neurological disorders, affecting brain functions and behavior.

• US Patent 8,386,739

  Title: Systems and Methods for Communication Through Brain Waves

  Year: 2013

  Owner: None (Various Inventors)

  Description: This patent describes techniques for using brain wave patterns for communication with external devices, potentially enabling direct interaction between the brain and computers.

• US Patent 9,661,076

  Title: Method and System for Neurofeedback

  Year: 2017

  Owner: None (Various Inventors)

  Description: This patent encompasses a system that provides real-time feedback on brain activity, allowing users to control their mental states, raising questions about self-influence over thoughts.

• US Patent 10,244,642

  Title: Wearable Computer-Brain Interface

  Year: 2019

  Owner: None (Various Inventors)

  Description: This patent describes a wearable device that can interpret brain signals, enabling users to control external devices such as computers or prosthetics directly with their thoughts.

• US Patent 10,438,274

  Title: Device for Transcranial Magnetic Stimulation

  Year: 2019

  Owner: None (Various Inventors)

  Description: This invention focuses on using magnetic fields to stimulate specific brain regions, having therapeutic applications but also raising concerns about possible effects on cognitive functions.

• Development of Neuralink

  Description: Although not linked to a single patent, Neuralink has filed various patents since its founding in 2016, aiming to develop advanced computer-brain interfaces to treat neurological disorders and enhance cognitive abilities. The focus is on implantable devices that communicate directly with the brain's neurons.