Remote Viewing the Silver 107/109 Split: Do the Viewers Align with the WebBot?
Natural silver carries a hidden passenger inside its own atoms. Roughly half of any silver sample is AG-107, a stable isotope that the National Isotope Development Center at Oak Ridge, Tennessee, separates, enriches, and routes into cancer therapy research, precision imaging, and advanced electronics.
For years, Clif High's Web Bot data pointed to an eventual repricing of silver tied to breakthroughs in isotopic separation, with long-range community forecasts reaching as high as $600 an ounce. That thesis directly collides with the structural realities of the physical market: institutional clearing hubs like the London Bullion Market Association (LBMA) operate on paper-to-physical ratios that rely on predictable industrial consumption. If high-purity isotopic extraction pulls physical metal out of vaulted circulation faster than refiners can replace it, paper pricing mechanisms face an unprecedented supply constraint.
Four Future Forecasting Group remote viewers worked this target completely blind. Edward Riordan, Daz Smith, Dick Allgire, and Nyiam Vendryes had no idea what they were describing, yet their sessions converged on the same terrain: a tiny stable element extracted from a larger metallic mass, liquid and solution handling, resonant vibration at the micro scale, and robotic laser fabrication of circuit-like structures. Edward identified the metal as silver before anyone told him.
The tasking window runs through September 2030, which makes the forward data the real story. What does enriched AG-107 become over the next four years, which strategic industries lean on it first, and what happens when specialized demand meets a tightly held physical float?
This session was recorded on September 30, 2026. Members get the complete session breakdown, the analyst's point-by-point feedback against documented enrichment science, and the team's unresolved closing debate on what it all means for silver.
Comments
Sign in or join the 1% who know more than the 99% to read and leave comments.