What AI Uncovers About Flying Saucers is Eye-Opening

Artificial intelligence is revolutionizing the way UFO researchers analyze vast amounts of data, uncover historical patterns, and develop investigative tools. With its ability to process large datasets quickly and identify connections that might otherwise go unnoticed, AI enables investigators to approach UFO phenomena with greater efficiency and precision. From surfacing overlooked witness testimonies to assisting in the development of sophisticated sky-tracking applications, AI is ushering in a new era of research possibilities.

AI’s Role in UFO Research: Insights from John Clark Craig

In a recent exploration of historical UFO sightings, author and software developer John Clark Craig delved into the famous Kenneth Arnold “flying saucers” event, uncovering corroborating witness accounts previously overlooked. His research, significantly aided by artificial intelligence, revealed surprising details that strengthen Arnold’s story. John’s experience demonstrates how AI can be a valuable tool for investigating UFO encounters and analyzing historical data.

AI and the Investigation of UFO Sightings

While AI tools such as ChatGPT are not infallible and occasionally generate inaccuracies, John has observed a notable improvement in their reliability. However, he emphasizes the importance of verification when using AI to research historical UFO events. In the case of Arnold’s sighting, AI surfaced multiple independent witnesses, including another private pilot and a geologist who reported unusual compass activity near the objects. Such discoveries highlight how AI can accelerate investigations and provide leads that might otherwise be missed.

John points out how different the official narrative might have been if these additional reports had been widely known. The notion that Arnold’s sighting could have been nothing more than a flock of pelicans, as suggested by investigator Hector Quintanilla, appears increasingly implausible when considering these corroborating testimonies.

Developing Investigative Tools with AI

With an extensive background in software development, John has authored multiple books published by Microsoft Press, O’Reilly Media, and other well-known publishers. More recently, he has applied his expertise to developing software tools designed to aid UFO researchers, including those in organizations like MUFON.

One such tool, the UFO Sky Data single-page web application, was developed with assistance from AI. This browser-based tool, available at https://ufo-track.com/toolkit/skydata/, provides real-time and historical sky data for any specified location, date, and time. By using AI in its development, John was able to streamline the coding process, saving significant effort while ensuring accuracy in astronomical calculations.

How the UFO Sky Data Tool Works

The UFO Sky Data tool is designed to provide researchers and enthusiasts with a precise view of celestial objects at any given time and location. It is optimized for smartphones, where it can automatically access the user’s GPS coordinates when the “Here and Now” button is pressed. This allows users to quickly determine which major planets, the sun, and the moon were visible in the sky at a specific moment.

For those using a desktop or laptop without GPS access, the tool still functions effectively with manual input. Users can enter the desired location, date, time, and time zone, and upon pressing the “Calculate” button, the tool will generate accurate text-based output, detailing the celestial bodies visible at that time with their calculated positions and properties.

To enhance usability, the tool includes a direct link to Google Maps. Users can navigate to their chosen location, right-click (or long-tap on a mobile device) to retrieve the latitude and longitude, and easily copy-paste these coordinates into the tool’s input field. The system accounts for Daylight Savings Time automatically, ensuring precise calculations.

The numerical azimuth and elevation angles provided by the tool are accurate to 0.01 degrees or better, utilizing the highly precise VSOP87 astronomical algorithm. Additionally, it offers a more intuitive way to locate celestial objects by giving verbal directions such as “WNW at 2.0 hands width up from the horizon.”

AI’s Role in Data Analysis and Detection

Beyond historical research, AI is proving invaluable in analyzing vast amounts of data related to UFO phenomena. John is currently finalizing a device he refers to as the “UFO-Sense,” an electronic instrument designed to detect anomalies in Earth’s magnetic and gravitational fields, as well as sudden changes in air pressure. This device will instantly notify users via text alerts when unusual activity occurs.

To validate the concept, John used AI to compile a list of historical UFO cases where electromagnetic disturbances were reported. The results were striking, with AI identifying numerous incidents involving unusual compass behavior, engine failures, and other anomalies. This research reinforces the idea that electromagnetic interference is a recurring element in many UFO encounters.

AI’s Expanding Role in UFO Research

John Craig’s work underscores just a few of the ways AI is transforming UFO investigations. Whether by surfacing overlooked witness accounts, developing investigative software, or analyzing patterns in electromagnetic anomalies, AI has the potential to revolutionize the search for answers regarding unidentified aerial phenomena. As AI technology continues to evolve, researchers are encouraged to explore new ways it can be utilized to uncover the truth about UFOs.