Sphere Network: An AI-Driven Microwave-Relay System Proposed to Explain Paranormal Sightings
To the point
Patrick Jackson argues that many paranormal sightings aren’t ghosts but a hidden AI-driven microwave network run by a second ultraterrestrial species, using sphere nodes to track and steer events from underground or space, making hauntings programmable rather than supernatural.
Patrick Jackson argues that many paranormal reports are not ghosts but manifestations of an AI-driven data network operated by a second species living underground or elsewhere. In his Sphere Network, small endnodes—type 3 at ground level, type 2 above treetops, and type 1B in the sky—form a microwave-based, line-of-sight relay that creates a high-resolution defense system capable of tracking and even disabling advanced craft through trilateration. This network uses pre-programmed, rule-based AI that triggers actions like banging doors or moving objects to steer people away from high-energy emissions such as gamma bursts and microwaves, while observers report dizziness, headaches, and fatigue consistent with such exposure. The spheres, often described as silver or black masses, move with machine-like precision and can sometimes tunnel through walls by energizing surrounding gas to emit light. Data patterns—EMF spikes, consistent formations, and a daisy-chained topology linking ground relays to sky formations—are claimed to support a coherent, technologically driven system rather than episodic hauntings. Jackson contends that space-based events can be explained by interception, swarming, and extraction within this network, implying an ultraterrestrial presence that may operate in underground realms and use time dilation for concealment. He knots together historical sightings—from a “black monk” at 30 East Drive to WWII-era foo fighters and subsequent sky phenomena—into one framework, arguing the phenomenon is real, complex, and programmable. While acknowledging uncertainties, he presents a mathematical model and envisions a public sky-mapping platform to visualize the network and test the claims with scientists and policymakers. He stresses the need to avoid overclaiming and to pursue rigorous testing, even as sightings appear to be growing more common.
Source: youtube.com