Uploaded April 2025 | Updated September 2026, 15 hours ago
Jarod Yates presents detailed analysis of Art’s Parts & other UAP samples. He has coordinated SEM, XRD, NAA, and several other analytical methods for 2 separate samples from the Art’s Parts collection, along with San Augustin, Dalnegorsk and Roswell Skip Site samples.
Jarod, in collaboration with various experts and utilizing advanced microscopy techniques (SEM, EDS, TEM), details the materials' unique composition—including zinc, lead, magnesium, and potentially bismuth—and nanometer-scale structures. Analysis reveals a possible correlation between the materials' properties and terahertz frequencies, particularly within the "magic window" (3.2-5.6 THz).
Jarod connects these findings to previous research on programmable quantum matter, quantum dots, and the unusual properties of bismuth nanowires. Comparisons are drawn to other anomalous materials, such as those from the 1986 Dalnegorsk event and Ubatuba, highlighting similarities and differences.
This presentation also touches upon a classified 2024 Oak Ridge National Lab report, which the speaker deems inadequate, and the challenges of replicating the observed technology. The speaker concludes by emphasizing the need for further peer review and research, particularly concerning the potential of terahertz radiation in UFO propulsion systems.
CHAPTERS
00:00:00 - UFO Sample Analysis & Threats
04:15 - Arts Parts Sample Analysis
08:15 - Advanced Materials Findings
12:03:58 - Zinc Microsphere Rupture
15:43 - Terahertz UFO Temperature Analysis
19:10 - Terahertz, UFOs & Materials
23:18 - Quantum Materials & Nanowires
31:32 - Bismuth Nanomaterials & Terahertz
35:38 - Faraday Rotation & Ubatuba Craft
45:51 - Gorsk Materials & Propulsion
55:15 - Terahertz Laser & Radioactive Analysis
Jarod Yates presents detailed analysis of Art’s Parts & other UAP samples. He has coordinated SEM, XRD, NAA, and several other analytical methods for 2 separate samples from the Art’s Parts collection, along with San Augustin, Dalnegorsk and Roswell Skip Site samples.
Jarod, in collaboration with various experts and utilizing advanced microscopy techniques (SEM, EDS, TEM), details the materials' unique composition—including zinc, lead, magnesium, and potentially bismuth—and nanometer-scale structures. Analysis reveals a possible correlation between the materials' properties and terahertz frequencies, particularly within the "magic window" (3.2-5.6 THz).
Jarod connects these findings to previous research on programmable quantum matter, quantum dots, and the unusual properties of bismuth nanowires. Comparisons are drawn to other anomalous materials, such as those from the 1986 Dalnegorsk event and Ubatuba, highlighting similarities and differences.
This presentation also touches upon a classified 2024 Oak Ridge National Lab report, which the speaker deems inadequate, and the challenges of replicating the observed technology. The speaker concludes by emphasizing the need for further peer review and research, particularly concerning the potential of terahertz radiation in UFO propulsion systems.
CHAPTERS
00:00:00 - UFO Sample Analysis & Threats
04:15 - Arts Parts Sample Analysis
08:15 - Advanced Materials Findings
12:03:58 - Zinc Microsphere Rupture
15:43 - Terahertz UFO Temperature Analysis
19:10 - Terahertz, UFOs & Materials
23:18 - Quantum Materials & Nanowires
31:32 - Bismuth Nanomaterials & Terahertz
35:38 - Faraday Rotation & Ubatuba Craft
45:51 - Gorsk Materials & Propulsion
55:15 - Terahertz Laser & Radioactive Analysis
