The New Mexico UAP Crash Site Dig — Pasulka and Nolan

The Setup

In 2017, Diana Pasulka — a Professor of Religious Studies embedded with the Invisible College for her American Cosmic research — was contacted by a figure she identifies in her book only as "Tyler D." Later reporting identified him as Tim Taylor: a NASA-connected tech entrepreneur, former MMA fighter, and one of the "Invisible" figures who operate at the margins of classified UAP programs, facilitating connections and access that official channels cannot provide.

Tyler offered to take Pasulka and Gary Nolan — the Stanford pathologist who would go on to become the most credentialed UAP scientist alive — to a reported crash site in New Mexico. Not Roswell. A different location, with different debris, from a different event.

Both academics accepted.

The Journey

The trip included a blindfolded transport to the site — standard operational security for any location that the facilitator wished to keep confidential. The site was in remote New Mexico terrain, isolated from public access. Upon arrival, the team was equipped with basic archaeological tools and directed to a specific area where debris had reportedly been found and partly covered by subsequent deposits.

What They Excavated

Approximately three feet below the surface, Pasulka and Nolan recovered multiple material samples:

Metallic Frog Skin Fragments

Pieces of material with a distinctively bumpy, textured surface pattern resembling amphibian skin at fine scale. Metallic in appearance and weight. Not identifiable on site as any standard aerospace alloy or construction material. The texture was not random — it appeared structured and deliberate.

Honeycomb Structural Panel

A section of material with a net-like geometric weave set in a resin matrix. The weave geometry was highly regular — consistent with precision manufacturing rather than damage or distortion. The resin binder was not identifiable in the field. The overall structure resembled advanced composite materials but with configurations not matching standard aerospace composites.

Silvery-Black Friable Metal

The most anomalous sample by tactile experience: material that appeared metallic but broke apart when handled — friable in a way that no known structural metal is. The combination of metallic visual and reflective properties with friable, crumbling physical behavior was inconsistent with any standard material class.

Clear Aluminum-Like Panels

Transparent or semi-transparent flat pieces with patterned scratch or etch marks. Lightweight. The marks appeared deliberate and geometrically organized rather than random damage. No field identification was possible.

Period Camouflage

The debris was mixed with mundane 1940s and 1950s era artifacts — vintage cans, glass bottles, household debris. Pasulka and Tyler D both interpreted this as deliberate camouflage: material placed after the fact to make the site appear to be an ordinary dump and to discredit any future researcher who found the anomalous materials amid the ordinary ones.

The Airport Incident

When Nolan transported the collected samples through airport security, they triggered standard metal detectors. This was unexpected — the samples had no obvious reason to be magnetically or metallically active enough to trigger screening equipment. Nolan handled the situation discreetly and transported the samples to Stanford for laboratory analysis.

Laboratory Analysis

Nolan conducted initial mass spectrometry on the samples. The results were described by Pasulka as "anomalous" — element combinations and structural signatures that the instruments flagged as outside expected parameters for known materials. Subsequent domain expert analysis provided scientific context for some findings but did not produce definitive identification of manufacturing origin.

The conclusion, consistent with Nolan's other materials work: the samples are engineered (not naturally occurring), the manufacturing precision is beyond documented processes, and their origin cannot be determined from the analysis alone.

The Tyler D Question

Subsequent investigation by UFO researcher Grant Cameron raised the possibility that Tyler D (Tim Taylor) may have learned about the site's location through a third party rather than through direct government access. Pasulka acknowledged this uncertainty in later interviews. The controversy does not affect the physical evidence: whatever the provenance of the site information, two credentialed academics physically recovered materials, those materials were laboratory analyzed by one of the world's foremost materials scientists, and the results were anomalous and unpublished.

Why It Matters

The New Mexico dig is significant not because it proved extraterrestrial origin — it didn't — but because it demonstrated the pipeline: there exist locations where physical materials from alleged UAP events can be recovered, and those materials, when analyzed by world-class scientists, produce results that cannot be immediately explained by known manufacturing science. This is the chain of evidence that Pasulka documented at Oxford University Press level rigor.

"I held it in my hands. I didn't know what it was. Nolan didn't know what it was. That's the honest answer." — Diana Pasulka