San Augustin: UFO Crash Recovery Sample Analysis

Steven Colbern provides extensive SEM, microscopy, and isotopic analysis of material from the purported 1947 San Augustin UFO crash. Six metal samples were provided to Colbern by Mr. Chuck Wade, who stated that he and a digging crew excavated the samples from the desert floor on the plains of San Augustin, New Mexico. This area was reportedly the site of the July 2, 1947 crash of a small, extraterrestrial craft.

This presentation details the analysis of six metallic samples (W1-W6) purportedly recovered from a pre-Roswell extraterrestrial craft crash near Horse Springs, New Mexico. Analysis using light microscopy, SEM, EDX mapping, and ICP-MS revealed an aluminum alloy matrix with unusual elemental compositions and coatings, including high concentrations of silicon, titanium, and nickel.

Many samples exhibited microstructures, pits, and layered structures, possibly indicating nanotechnology. The presence of carbon nanotubes, particularly in sample W1 and a similar implant sample, was confirmed via Raman spectroscopy. Isotopic analysis strongly suggests a non-terrestrial origin, possibly from a region of high neutron flux. Unusual electrical properties and energy emission (indicated by pendulum deflection) were also observed.

Colbern suggests further testing, including acid dissolution to isolate carbon nanotubes, to fully characterize these potentially advanced alien materials. The analysis draws parallels to other purported alien materials, including implants and Roswell debris, further supporting the extraterrestrial hypothesis.

A Pre-Roswell Discovery: The Horse Springs Incident

The story begins with Art Campbell’s discovery of a crashed extraterrestrial craft near Horse Springs, New Mexico – a site predating the infamous Roswell incident. Chuck Wade, a key figure in this investigation, recovered crucial materials overlooked by the military. These samples, the subject of this analysis, offer a glimpse into a technology far beyond our current comprehension.

Eyewitness Testimony and Initial Observations

Eyewitness Gerald Anderson described a horseshoe-shaped craft, approximately 40 feet in length, with a breached hull. Inside, he reported finding two deceased and one living alien being. The craft’s interior revealed a fiber-optic-like material, hinting at advanced technology.

Wade obtained six initial samples, later supplemented by an expedition that yielded a honeycomb-like material (details to be covered in a future post). The samples, primarily silvery sheet metal composed mainly of aluminum, exhibited a crumpled and ridged appearance, except for samples W2 and W6, which displayed a thicker, layered structure. Samples W1 and W5 appeared nearly identical based on initial analysis.

Advanced Analytical Techniques Reveal Unprecedented Findings

A rigorous analysis was conducted using a range of techniques, including light microscopy, Scanning Electron Microscopy (SEM), Energy-Dispersive X-ray spectroscopy (EDX) mapping, and Inductively Coupled Plasma Mass Spectrometry (ICP-MS). These analyses revealed unexpected complexities:

• •Unusual Coatings and Microstructures: Many samples showed evidence of coatings and unusual microstructures, suggesting a sophisticated manufacturing process.
• •Unexpected Weakness: Surprisingly, these materials proved less strong than other extraterrestrial materials previously analyzed by the researcher.
• •Nanotechnology Hints: The SEM analysis revealed microstructures, but high magnification was hampered by interference, including charging and energy emission – a phenomenon also observed in alien implants studied by Dr. Roger Lear. This suggests the materials might incorporate nanotechnological devices that function even after significant damage.
• •Deliberate Surface Modifications: Some samples exhibited pits and ceramic-like crystals, possibly deliberately introduced. These features mirrored similar structures found in implants from patients who claimed alien contact.
• •Carbon Nanotubes: Raman spectroscopy revealed the presence of carbon nanotubes, particularly concentrated in sample W1 and a sample from a patient (Patient 16) with similar pits. This patient’s implant was exceptionally strong, requiring a high-energy laser for cutting. The researcher attributes this strength to the highly dispersed carbon nanotubes.

Isotopic Analysis Points to an Extraterrestrial Origin

Isotopic analysis of sample W1 revealed skewed abundances of antimony, copper, and nickel, with heavier isotopes overrepresented. This isotopic signature is inconsistent with terrestrial or even solar system origins, suggesting a source from the galactic center or a region exposed to high neutron flux.

Electrical Properties and Energy Emission

All samples conducted electricity but were not ferromagnetic. A pendulum test performed at the 2010 UFO Congress in Laughlin, Nevada, indicated possible energy emission from the samples, warranting further investigation.

The Researcher’s Personal Encounter

The researcher shared a personal anecdote involving a nanotechnological device embedded in his toe, which emitted radio signals and mysteriously transferred lettering from an envelope onto an X-ray film. This adds a compelling personal dimension to the already extraordinary findings.

Conclusion: A Glimpse into the Future (or the Past?)

The analysis of these materials strongly suggests an extraterrestrial origin, showcasing a level of nanotechnology far surpassing our current capabilities. The presence of carbon nanotubes, unusual coatings, and unique isotopic ratios points to a technology potentially millions, if not billions, of years ahead of our own. Further research is crucial to unlock the secrets held within these enigmatic samples, potentially revolutionizing our understanding of materials science and the vastness of the cosmos. The ongoing investigation promises to reveal even more astonishing discoveries.