Matt Beall podcast "Weird Science"

Discussing the reliability of 14C dating and much much more.

I had the opportunity to do another interview on the Matt Beall Podcast. It was really fun and goes out 11 AM Eastern Time Thursday 19th March.

Matsumoto’s work points to neutronization of matter, this would make more 14C, so things would appear younger than they are if they were really old - in line with David Moon’s work. In the insightful early 2000s figures below, Matsumoto states that “Cold Fusion” is at far higher pressures than the kind of “hot (kinetic) fusion” found in our sun. This is due to the intense electric forces that bring matter together.

In the extended Japanese version of the above diagram, he shows ‘element creation’ in the itonic clusters (micro-ball lightning) of cold fusion and that this is at a higher pressure than even neutron stars. Over all, in the cold fusion process there is neutron production in the superconducting ball lightning state.

His paper submission for ICCF-9 in 2002 was titled as below.

It is not available on LENR-CANR.ORG, but I have this slide from it.

As you will see in the coming months, Matsumoto did the work to show that witness materials show the same kind of tracks and features as LENR experiments produce. In the Matt Beall podcast, I show for the first time, that lightning does indeed produce the tell-tale Iron Rich Crenellated microspheres.

David Moon

​David Moon’s book “Carbon Dating, Cold Fusion, and a Curve Ball”, would also need MORE 14C to be made, this may occur in cavitation where resonance is maintained. I first learned about David Moon’s work in recent weeks from letters and documents he sent to Dr. Matsumoto that I found in as I was concluding the artwork for the remastering of Dr. Matsumoto’s “Steps to the Discovery of Electro-Nuclear Collapse” book, where there were photocopied handwritten notes and typed notes on this subject matter. Subsequently, I found he had published this book in recent years. Moon’s book has bible overtones, that said, I feel it is necessary to draw attention to his early comments on this subject in the 1990s, as we are clearly seeing in my work with Huang’s team in Taiwan, that abundance of rare, higher neutron isotopes, can be produced in cavitation.

SuperNOVA implications

​Our “SuperNOVA” work however, shows 14C to be remediated, which means younger stuff looks older. The result is the same, 14C dating cannot be relied upon outside of well buried and undisturbed structures IMHO.