UFO Research Guide with Ray Stanford

In the episode of “New Thinking Allowed” aired on April 14, 2023, Jeffrey Mishlove hosts Ray Stanford to discuss “Guidelines for Future UFO Researchers.” Ray Stanford, a significant figure in UFO research known for his influential role in the Journal of Instrumented UFO Research and his book “Socorro Saucer,” shares his broad expertise, which spans roles as a trance channel, psychic reader, and paleontologist. Ray Stanford has dedicated over 50 years to studying UFO phenomena, marking him as a seasoned veteran in this field.

A major focus of the episode is Stanford’s emphasis on the importance of using scientific instruments, such as magnetometers and gravimeters, in UFO research. He highlights how these tools are crucial for detecting variations in magnetic and gravitational fields, thus scientifically substantiating the existence and behaviors of UFOs. Stanford also looks into the Faraday rotation phenomenon and its relevance to UFO research. This involves analyzing how the polarization plane rotates in a magnetic field, a phenomenon Stanford has documented extensively.

Stanford discusses the use of magnetometers and gravimeters in UFO research, emphasizing their importance in detecting and analyzing anomalies associated with UFOs. Stanford highlights magnetometers as crucial instruments for measuring variations in magnetic fields. He notes that these devices can detect both extremely weak and strong magnetic fluctuations, which are significant in studying UFOs. The magnetometer’s ability to measure these fluctuations helps in scientifically validating the presence and behavior of UFOs, especially considering the strong magnetic fields often reported in UFO sightings.

Gravimeters, Stanford points out their utility in detecting changes in the local gravitational field. These instruments are sensitive enough to measure very minute changes, down to one-millionth of the normal gravitational field. Such precision is vital in UFO research because changes in gravitational fields could indicate the presence of advanced technology typically associated with UFOs. Stanford emphasizes that during UFO encounters, the gravimeter readings can show notable changes, reflecting the effects these objects have on the local gravitational environment.

Ray Stanford also looks into the intricacies of Faraday rotation and its relevance to UFO research. He explains that Faraday rotation is a magneto-optical phenomenon where the plane of polarization of light rotates when exposed to a magnetic field. This effect is observable in UFO encounters and can be scientifically documented, as was done in Stanford’s research. The movie cameras used in their investigations were equipped to detect different polarities of light, allowing them to record the effects of Faraday rotation. Stanford points out that the Faraday rings visible in their recordings serve as solid, conclusive evidence of strong magnetic fields associated with UFOs. The presence of multiple Faraday rings in the footage indicates extremely strong magnetic fields, much more potent than those typically generated in laboratory environments.

In addition to discussing Faraday rotation, Stanford describes an intriguing incident involving a UFO’s magnetic field. He observed that just before the UFO vanished instantly, its magnetic field became visibly similar to how iron filings reveal a magnetic field around a bar magnet. This phenomenon was captured during one of his photographic sessions. Stanford speculates that the UFO was capable of manipulating its surrounding plasma and magnetic field, dramatically increasing its magnetic field strength and then disappearing from sight in an instant. This event, he suggests, was a clear demonstration of the UFO’s advanced technology and its ability to control its physical environment.

Stanford discusses two separate instances of attempts to communicate with UFOs using light-based systems, one by the government and the other by his own team.

1. Government Setup at Oscura Peak: Stanford mentions that the government initiated an experiment to communicate with UFOs by setting up large lighted panels on Oscura Peak. These panels were part of an effort, presumably by a U.S. government agency, to either communicate with UFOs or elicit some reaction from them.
2. Ray Stanford’s Use of Spotlights: Prior to the government’s efforts, Ray Stanford and his team had been using their own light-based system to attract the attention of UFOs. They created a 100-foot diameter circle of lights, consisting of spotlights with either 100 or 150 watts each. This setup was designed to sequence the lights in a specific pattern, with the hope that it would catch the attention of UFOs. The description suggests that this method was more than just a simple light display; it was an intentional and calculated attempt to engage with UFOs through a visual signal.

In both cases, the use of lights as a method of potential communication or interaction with UFOs indicates a belief in the responsiveness of these objects to human-initiated signals.

Stanford describes an intriguing observation involving what he refers to as a “mothership” or a “carrier object.” This occurred during an event in West Texas on July 27th, in broad daylight. Stanford recounts witnessing a large object, which he characterizes as a mothership, emerging from a cumulonimbus cloud. He notes that this large object positioned itself about 90 miles east of their location.

What was particularly noteworthy about this sighting was the activity of the mothership. According to Stanford, after it emerged and stationed itself, it began launching smaller objects. These smaller objects started moving rapidly, some towards the direction of Stanford and his team. He describes these objects as zipping at high speeds, changing directions and making stops.

Stanford explains that these maneuvers and the behavior of both the mothership and the smaller objects were captured on the magnetometer and gravimeter, as well as on film. This simultaneous recording of visual and instrumental data is significant in his research, as it provides a way to correlate the visual sighting of these objects with measurable physical effects, such as changes in magnetic and gravitational fields.

Stanford addresses the challenge of distinguishing between real and fake UFO sightings. He insists that authentic UFO encounters often display distinct physical phenomena like plasma patterns and magnetic fields, which are essential for verifying genuine cases. Personal narratives and anecdotal evidence regarding missing time and abduction experiences are also shared in the episode. Stanford recounts his own experiences of unexplained marks on his body and other physiological effects he associates with these encounters.

An interesting point raised by Stanford is the reciprocal nature of UFO research, where while humans study UFOs, these entities might simultaneously be studying us. He discusses the psychological and physical effects experienced by individuals who have had UFO encounters.

The episode concludes with Stanford advocating for a more scientific and instrument-based approach to UFO research. He urges collaboration with scientists and experts to deepen the understanding of UFO phenomena. Overall, this episode offers a comprehensive overview of Ray Stanford’s approach to UFO research, blending scientific methodology with personal experiences to contribute significantly to the field of ufology.