Evidence That
Speaks for Itself

US Patent 20180008145 A1 describes a dual EEG system capable of monitoring brain activity through both non-contact sensing and a personal EEG device at the same time. The technology enables simultaneous brain-wave tracking and communication between the two components, allowing continuous neural monitoring without requiring traditional physical electrode contact.

US Patent 20200279585 A1 outlines a system and method designed to detect COVID-19 using diagnostic techniques based on biological samples and viral markers. The patent details how the testing process identifies the presence of SARS-CoV-2 and establishes protocols for accurate detection. It represents one of the official filings documenting early technological approaches to COVID-19 testing during the pandemic.

US Patent 3951134 describes an apparatus and method for remotely monitoring and altering human brain waves. Filed decades ago, it details technology capable of influencing neurological activity from a distance using electromagnetic signals. This patent is significant because it shows that the concept of remotely affecting cognitive states and behaviors has been formally documented in government-sanctioned research, long before these capabilities were publicly acknowledged or discussed.US Patent 3951134 describes an apparatus and method for remotely monitoring and altering human brain waves. Filed decades ago, it details technology capable of influencing neurological activity from a distance using electromagnetic signals. This patent is significant because it shows that the concept of remotely affecting cognitive states and behaviors has been formally documented in government-sanctioned research, long before these capabilities were publicly acknowledged or discussed.

This U.S. Patent (10,163,055 B2), issued to AT&T Intellectual Property on December 25, 2018, describes methods, systems, and products that provide interfaces between intrahost networks and interhost networks within biological hosts. It outlines how neurological and bioregional translations can be performed to route communications to and from biological hosts.

A U.S. patent detailing how weak electromagnetic fields, pulsed at specific frequencies, can stimulate sensory resonances in the human nervous system. The document highlights the potential for externally applied electromagnetic signals to alter human physiology and behavior, raising ethical and human rights concerns over its possible use in covert experimentation and control.

This 2006 U.S. Navy–assigned patent describes an electromagnetic weapon built from semi-randomly arranged antenna elements coordinated through a central computer. The system operates as an active phased array capable of exciting a target’s resonant mode, producing destructive electrical currents to disable electronics or explosive devices at a distance. The patent details the design, operation, and military applications of such directed energy systems.