Guide to UFO Investigations led by Ray Stanford

Guide to UFO Investigations led by Ray Stanford

In a recent episode of "New Thinking Allowed," aired on April 14, 2023, Ray Stanford, a renowned figure in the scientific community, discussed the importance of using magnetometers and gravimeters in UFO research.

Stanford, who has dedicated over 50 years to studying UFO phenomena, highlighted the potential of these instruments in detecting and recording anomalous magnetic and gravitational phenomena often associated with UFO sightings.

Magnetometers, as Stanford explained, are used to measure changes or disturbances in the Earth's magnetic field that sometimes coincide with UFO appearances. These disturbances can provide physical evidence supporting eyewitness testimonies of electromagnetic effects associated with UFOs.

Gravimeters, on the other hand, are utilized to detect fluctuations in gravitational fields, which might be caused by unidentified aerial phenomena exhibiting unusual propulsion methods or mass characteristics.

Despite the promising data these tools offer, Stanford noted that the scientific community has not yet widely validated or standardized their use in UFO research. He pointed out ongoing challenges, such as distinguishing environmental noise from genuine anomalies and the need for more rigorous, repeatable experiments.

Stanford's work has not gone unnoticed. In 1977, a group of prominent scientists and researchers petitioned the United Nations to establish an international research program to investigate the UFO phenomenon.

Throughout his research, Stanford has documented several intriguing incidents. One such incident involved a "mothership" or "carrier object" in West Texas, which emerged from a cumulonimbus cloud and launched smaller objects at high speeds. Stanford observed a magnetic field becoming similar to a bar magnet just before the UFO vanished instantly. Faraday rings visible in his recordings serve as evidence of strong magnetic fields associated with UFOs.

To attract UFOs, Stanford's team used a light-based system, consisting of a 100-foot diameter circle of lights designed to sequence in a specific pattern. The government has also taken an interest in this area, setting up large lighted panels on Oscura Peak to communicate with or elicit a reaction from UFOs.

Ray Stanford, with his expertise in trance channeling, psychic reading, and paleontology, continues to advocate for a more scientific and instrument-based approach to UFO research. He urges collaboration with scientists and experts to advance our understanding of these mysterious phenomena. As Stanford emphasized, the status of magnetometers and gravimeters in UFO research is that of promising but still underdeveloped scientific tools requiring further refinement, broader acceptance, and systematic study to establish concrete links between measured physical anomalies and UFO events.

1. Ray Stanford, a researcher well-known in the scientific community, emphasized the potential of using magnetometers and gravimeters in investigating UFO sightings.
2. Magnetometers are instruments used to detect magnetic field disturbances that can sometimes coincide with UFO appearances, providing physical evidence supporting eyewitness accounts.
3. Stanford also raised the use of gravimeters to detect fluctuations in gravitational fields, suggesting they might be indicative of unidentified aerial phenomena with unique propulsion methods or mass characteristics.
4. Despite the promising data from these tools, the scientific community has yet to fully validate or standardize their use in UFO research, with challenges such as differentiating noise from anomalies and the need for more controlled experiments.
5. In 1977, a group of notable scientists and researchers petitioned the United Nations to launch an international research program to examine the UFO phenomenon.
6. Stanford recorded several intriguing incidents throughout his research, including a "mothership" in West Texas that displayed magnetic properties similar to a bar magnet before vanishing instantaneously, as evidenced by Faraday rings in his recordings.
7. To attract UFOs, Stanford's team implemented a light-based system consisting of a large circle of lights, while the government set up large lighted panels on Oscura Peak for potential communication or reactions from UFOs.
8. As a proponent of a more scientific approach, Stanford advocates for collaboration with other experts to advance our understanding of UFOs, considering magnetometers and gravimeters as promising but still underdeveloped scientific tools in need of further refinement, acceptance, and rigorous study to establish definitive connections between anomalies and UFO events.

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