LIVESTREAM at 23:00 CET Sun 31st May 2026

You can see the development progress here

New Features will be previewed

Distribution charts

Greyscale and Particle Analysis

As part of that process, I have worked absurd hours to develop a tool I have wanted for nearly half a decade to make rich scientific microscopy data available for public review. You can see the on-going effort which receive huge updates today also (Sun 24th May 2026), by clicking on the button below.

SEM/ Macro Image Viewer

This tool, which I am nearly happy with, will, I hope, inspire people to directly participate in the analysis process of samples in the future.

I will have a zoom call with subscribers at 23:00 CET for 1 hour this evening.

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This is becoming a process whereby it will be far easier to let a much wider audience delve into data on any device that they have. It is especially nice to use on a tablet. Here is a close up of a few features on the two demonstration pieces.

The problem is, it will take a HUGE amount of storage, the SEM takes 23.19GB on the server - I cannot host many of these before I start having to pay monthly for a lot more space!

Check out the SEM / Macro photograph Deep Zoom Images of the ‘Patricia 2001 Sample’

SEM Viewer

I hope you enjoy it, tell me what you think you find …

UPDATE#1 - Save and Copy Positions!

I have implemented the ability to save x, y, and zoom positions as well as contrast /brightness settings. There is also a ‘Copy Position’ button so that people can record and share locations of features inside these large images for discussion and analysis.

UPDATE#2 - Points of Interest System

I have now built a point of interest selector that allows you to immediately go to one of these areas and see a near full-screen panel of analysis and/or other information related to that part of the sample. Clicking on the window removes it. This is very powerful and flexible and will be of great use in future deep zoom image analysis allowing all kinds of people to really understand what they are looking at.

UPDATE#3 - Comprehensive Measurements

Today I designed and developed a simple to use but comprehensive measurement system including:

• line length

• circle; diameter, perimeter, area as well as volume of a sphere

• area of a irregular polygon

• angle

• curved cylinder; length, diameter and the volume

UPDATE#4 - Points of Interest Overlay Toggle!

I have added overlay clickable markers to the points of interest panel (which now appears first and populated), which can be toggled on and off, making it even easier to review the data.

UPDATE#5 - Raw Analysis Panel With Markers

I developed some Python scripts to process the raw microscope analysis files into clean easy-to-read HTML files. I then built a new panel with an associated marker toggle, to allow the user easily access and reference where these various analyses took place.

UPDATE#6 - Raw Analysis Panel With Markers!

his is a major update that allows people to find things in the dust, investigate them, and record measurements and considerations, including reference links (make sure you have space after the link), into easily accessible buttons that can be exported as small CSV files for sharing. Any new measurements added can be made viewable on the overall map by turning on the markers for the measurements

I have even made a little sample CSV for you to load in (it actually pre-loads now), which you can download here:

Download sample CSV

See what you can find and send me the CSV of your analysis. Perhaps I will include it in a presentation.

UPDATE#7 - MASSIVE UPDATE!

• Completely overhauled interface with consistency across the board.

• Keyboard shortcuts with help

• Capture images now allows for choice of overlays

and…

you can SWITCH between SEM and Colour Macro Photography - this makes it much easier to see what is what.

UPDATE#8 - Global improvements

Huge amount of work improving the functionality, usability, and appearance of the overall web application. Many improvements to how simple text entered into the description, will appear as rich layout in the viewer.

Here are just some of the updates.

Description popup

• Tab-separated CSV data now renders as a proper HTML table with header row, borders, and alternating row shading

• Numeric columns (Atomic %, Weight %, etc.) right-aligned with tabular figure spacing so decimal points line up

• Relative image paths (e.g. P/image.jpg) are now detected and embedded, not just https:// URLs

Canvas screen capture

• Tables, embedded images, and links all render correctly in captures (previously showed as raw CSV text or were missing)

  

• YouTube embeds show their thumbnail plus the URL printed below it in green for later reference

  

Measurement markers

• Type badge (LINE / CIRCLE etc.) is now the same height as the orange name button in all browsers.

Marker SVG style

• Measurement markers now use the same pin/circle SVG style as POI and Analysis markers, retaining their blue/white colour scheme

Scrollbars

• Global thin scrollbar applied across all browsers

Filters panel

• Brightness and Contrast slider tracks explicitly styled (custom track + thumb pseudo-elements) so they are clearly visible against the dark panel background in all browsers

Measurements panel

• Ability to filter measurements by type or name by just typing into a box.

• Ability to edit name and content of the description for measurements

• Ability to not just input previously captured CSVs and append them to the list, but also to replace the list with the CSV that you are loading in

• Ability to name and choose where you save the CSV output.

UPDATE#9 - Report Printing and User Guide

Report Production

• Filter-aware output — the report now only includes measurements matching the active search or tag filter, with a note in the header showing how many were filtered from the total

• Statistics table — the overview report now includes a table at the bottom showing count, mean, min, max, and standard deviation grouped by measurement type

• Title above image - in individual mode, each measurement’s name now appears prominently above its viewport capture rather than below

• Colour captures - new Include colour captures checkbox; when ticked, each measurement is shown with SEM and colour images side by side

• Exclude overlays - new Exclude overlays checkbox; captures can be taken as clean images without SVG measurement markers

• A4 pagination - images are now prevented from splitting across page breaks; they push to a new page if they would otherwise be cut

Measurement Panel

• Clear filter button - a × button sits to the right of the search input and clears it in one click

Overlay Markers

• Filter-aware measurement markers - when a search or tag filter is active, only matching measurements show their blue overlay markers; the rest are hidden

• Filter-aware POI markers - the same behaviour applies to green POI markers when filtering in the P panel

• Filter-aware Analysis markers - same for purple Analysis Point markers when filtering in the A panel

User Guide

• New comprehensive guide - a full 17-section HTML user guide replaces the old image-insertion guide, opened with the T key; covers all panels, tools, keyboard shortcuts, measurement types, and workflows

Keyboard Shortcuts

• p / P swap - lowercase p now opens the Points of Interest panel; uppercase P activates the Polygon tool (previously reversed, which was counterintuitive)

UPDATE#10 - Advanced tools for data analysis + usability improvements

Intensity Profile Panel - Floating panel plots a live pixel-intensity graph along any Line measurement; auto-updates when switching between SEM and colour images.

Classification tags - For people reviewing bulk raw analysis, it is now easy to specify things as unclassified, confirmed, suspect, or rejected. This is a key and powerful tool that will allow experts to confirm validity of particular types of features.

Statistics Script Plots - Found under the statistics drop down, these display every cylinder measurement as a status-coloured dot on a calibrated axis, instantly showing which fibres pass the WHO diameter (≤ 3 µm) and aspect-ratio (≥ 3:1) thresholds required for asbestos identification.

Measurement body drag - Any measurement can be moved as a whole by dragging directly on its line, filled area, or shape geometry.

Polygon/cylinder nodes - You can have anywhere from 2 to 9 nodes on polygons and cylinders now. User adjustable.

Handle precision - Endpoint and label handles no longer jump on grab; the cursor stays exactly where you clicked.

Measurement body drag - Measurements can now be repositioned by clicking and dragging anywhere on green lines or in the area enclosed by Circle or Polygon

Marker pulse on hover - Hovering over any row in the Measurements, POI, or Analysis panels brings to the top and pulses its corresponding map marker with a smooth one-second sine-wave animation, ±25% in size.

User guide updated - Guide (T) expanded to cover all new features and added new troubleshooting entries

UPDATE#11 - Now packs native 16-bit Phenom support, multi-dataset switching including your local assets!

Firstly, I’m going to call this Deep Zoom Image Viewer and Data Analysis tool

Patricia-2001

after the person and sample that inspired me to produce it.

MASSIVE KEY FEATURE!

Loading other datasets - including your own off-line ones!

• You can now load any of several different datasets from a single file chooser button (📂 or I key) - the viewer adapts automatically, showing or hiding the Colour, POI, and Analysis buttons and calibrated scale, only when that data actually exists for the chosen dataset.

• DZI files exported directly from a Thermo Fisher Scientific microscope, like the Phenom XL in native 16-bit TIFF format, load without any conversion or pre-processing - just point the manifest at the exported file and it just works, including pixel width/height calibration, exposure settings and map name!

• The N / P / A panel buttons in the corner now stack neatly together with no gaps when some panels aren’t available for the current dataset.

Measurements

• Rectangle rotation - rectangles can now be rotated freely using red corner handles (blue handles still resize).

• Side/arm length labels and outer angles (L button) - toggle on-screen measurements showing the length of each edge of a rectangle, each side of a polygon, the arms of an angle measurement and outer angels on polygons.

  

• Three-state tool toggle - clicking a measurement tool again deactivates it cleanly, hiding the drawing overlay. Clicking it a third time brings everything back, including the intensity profile if you were using the line tool.

• Starter measurements - a dataset can now ship with a pre-loaded set of reference measurements that appear automatically when you open it the DZI in the viewer, without needing a full Points of Interest folder set up.

Interface polish

• The keyboard shortcuts popup (? button) now auto-dismisses after 10 seconds, and pressing ? again closes it immediately.

• Copyright notice and support links added to the shortcuts popup.

  ---

UPDATE#12 - Selection of pro features added and better navigation

• Grey level analysis with upper and lower bounds, inside and out of selected range

• Measurement Distribution Charts with Statistics (Prints on dedicated report)

• Particle analysis tool with export

• Real time intensity profile width-averaged cross-section in Rectangle tool

• Sub-pixel bilinear interpolation overlay for smooth rendering at high zoom levels

• Shift+drag rubber-band zoom for fast navigation to a specific region of interest

• Registration between SEM and COL now near perfect

• Bug identified in live presentation fixed

User guide updated

Grey level analysis with upper and lower bounds

Measurement Distribution Charts with Statistics

UPDATE#13 - AI Assisted Feature Classifier

Huge feature, allows you to train the tool with a user defined and hand picked collection of SEM features and then, with the use of the Grey Level and Particle Analysis tools, you can detect similar features in the data.

Training data can be saved to use in the analysis of future samples of a similar type, to compare and contrast.

I have commissioned printing of this version of the books necessary to fulfil those Kickstarter pledges. That now allows me to make the spiral bound version available for purchase by anyone. This can be ordered using the following link.

SDENC - Scientist Reference Edition

Colour 450 dpi digital pdf of the book | Colour 600 dpi digital pdf of the Logbooks

I had fun producing the cover artwork, which is based on two clips from pages within the Logbooks: one is his signature and the other is the birth footprints of one of his grandchildren, I hope you like it.

The document is over 550 pages and is a near perfect capture of the originals for conducting replications or investigation into this work. It is captured at 600 dpi and compressed with JPEG 2000, showing every pen stroke in beautiful detail. This version is available as a custom named colour plate digital pdf copy, and it will allow exacting professionals the ability to print high fidelity pages for personal use, display and to use as experimental reference.

It can be purchased for the price of a single download of a scientific journal paper using the button or QR Code below.

Buy Matsumoto Logbooks Custom pdf

Since it is a 1.58 GB download, I will be sending out download links on a first come, first served basis.

These logbook files detail hand drawn scale apparatus drawings, circuit schematics, reagent specifics, elements used, volts, amps, and timings used, means of radiation detection and type of video recording devices used. He shows oscilloscope traces and notes features in witness material analysis. Many of the experiments are simple to do and clearly described. He even highlights the ones he included in the book in many cases.

With the remastering of the original book and these logbooks, I believe this could arguably be the most detailed records of a major scientific discovery in history.

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Download Slides

After a chat over lunch (above), we discussed the early years of ‘Cold Fusion’, his award from Raytheon, and the disappointing atmosphere surrounding the field in the 1990s that led to him not pursuing it past his very promising insights with Warren Cooley. Had he and Cooley pursued the magnetohydrodynamic self-confining ball lightning fusion concepts detailed in their 1995 patent application, the world may be a very different place now.

He was very proud of the award - you can see from his face, there’s still fight in him yet!

I have to say, it’s quite a fine looking award.

I love the Electromagnetics Systems Division’s choice of using lightning bolts, which, of course, are, in my view, shorthand for ball lightning. Moreover, when I see lightning bolts such as these now, I’m reminded of the US Navy’s Pacific VPU-2 Wizards insignia and its strap line, “Anytime, Anywhere.” [IMAGE SOUCE]

Of course, the VPU-2 Wizards have three lightning bolts. Can’t think why ;-)

He actually gave me one of his so-called ‘Cold Fusion’ candles, which was essentially a billet of titanium. He also gave me his remaining stock, from the 1990s, of heavy water, which is now in Alan Goldwater’s Magic Sound Lab.

From the recording above, you can yeah that he had thought about the importance of vortexes long before ‘Cold Fusion’ came on to the scene. It was only natural that he considered things like the Bernoulli effect being critical to matter and its manipulation.

It was an honour to hang out with such a pioneer of thought, and congratulations to him for having found a way to at least get that on the record in Hal Fox’s publications in the 1990s. If you want to chat about his latest ideas on ‘Q-particles’ and the structure of space-time, you can do so in the following places.

Chuck on Physics Forum - Chuck on Substack

Thank you to Chuck and Barbara for giving me some of their valuable time. What delightful people they are.

ERRATA for my comments in recording.

• Tri-Alpha Energy Fusion not Helion

• 60,000 not 7,000 years of Thorium in China, India is reporting somewhere between 300 and 500 years of supply, with some estimates reaching approximately 800 years.

Buy personalised pdf digital edition

The digital file is meticulously produced at 450dpi with 51% jpeg compression. Over a career of quality image production, I have established that 51% is the optimum single-pass JPEG compression rate for file size and quality when starting from uncompressed sources. It is 130.7 MB. The resolution is more than two times greater than what Apple considers a retina screen at 218 ppi. So whilst I promised screen resolution for this version, I’m actually sending out more than twice that.

The 600dpi, 81% jpeg image version that will be for print, is 410.5 MB. Again my experience in graphics design has taught me that 81% JPEG image compression from uncompressed sources is essentially artefact-free.

For reference, some of the individual raw tiled scanned 48 bit images in production of this book were up to 4 GB!

New Brock power supply

Range testing

Desmitron at optimum power in the dark

Preparing to expose dental x-ray film

ECO-30 X-Ray Film testing

X-Ray spectroscopy - X-123

Initial testing of the emissions was done by way of X-123 CdTe detector from Amptek.

You can download the data produced in this testing and the PC software necessary to view the samples using the link below.

Download DATA and viewer

It is clear is that the radiation has no characteristic x-rays, more like Bremsstrahlung ‘breaking’ radiation only, which is kind of odd as there is no heavy metal target to produce this as one would find in a standard X-Ray tube.

Attempting to use Grok to determine photon energies

UPDATE #1 - The gain on the sample was 4 and on the calibrations 2. Whilst one should do a same gain on calibration, the effect of this is basically the energies detected should be halved. The old very incorrect data is adjusted below accordingly.

Firstly I loaded the spectrometer supplied MCA files into the spectrometry software on a PC for the three recommended isotopes for calibration (33Ba, 57Co & 241Am), exported them as BMPs, converted the BMPs to PNGs in Photoshop and then uploaded them into GROK asking it to perform a virtual calibration. The images of the data are in Gallery 1 below.

I prompted Grok with the following “Produce a calibration for an X123 CdTe based on the uploaded source spectrums”.

And based on the following sample from the X-123 at 1 inch from the tube…

I asked Grok the following “Based on your calibration, determine the peak and maximum photon energies of the spectrum attached and over what range 90% of the photon energies reside placing the resulting data into a LaTeX table in a Code box with key notes.”.

Having realised the gain difference between calibrations and Desmitron sampling, I asked Grok to “do that adjustment for the “ShadowGraph-1inches-a.png” data we looked at earlier (attatched again for convenience) and produce the Latex in code box with notes to account for this?”

I then used Overleaf to compile the resulting Latex to render the image below.

This is closer to the true energies produced, it is also interesting since when I was eyeballing the spectra at 49:05, I suggested the energy was up to around 130keV (what I was pointing to was wrong), however, Griffin replied:

This is interesting, as it may suggest that we can produce ‘photons’ up to the energy of the driving potential.

Moreover, we know for sure that there is no characteristic X-Rays and even if there were, the highest energy would be from Nickel at 8.265 keV.

It is likely therefore that these are Bremsstrahlung radiation photons caused by accelerated electrons produced by the single electrode and high frequency oscillating potential. The energy of any characteristic X-rays are too small to be observed, especially considering their absorption within the material of the tube and intervening gases given their soft X-ray energies.

Photodisintegration

If just varying the driving potential leads to photons up to the same level, then 1.67 million volts would cause beryllium-9 neutron emission followed by two Alpha fission.

⁹Be: ~1.67 MeV for ⁹Be(γ,n)⁸Be

and at 2.22 MeV, we would get photodisintegration of D

Deuterium (²H): ~2.22 MeV for ²H(γ,n)¹H

These two reactions are the basis of common neutron sources.

Many heavy nuclei start to fall apart at 5-10 MeV photon energies.

Produced neutrons interacting with other materials could end up by producing radioisotopes.

I was asked to be a guest presenter and to offer thoughts on research in the field. There was no compensation for doing this, it just took my time to prepare and participate.

There was no discussion beforehand of non-disclosure and I would not have participated if there was. I understood this was an open research effort.

As they had said the meeting was to be recorded and all participants agreed, I took it that I would be able to have/make a full recording as well. I like it this way as I can answer any and all questions and give of myself wholeheartedly without thinking anyone would try to capitalise on my contribution. I reserve the right to share any and all things I participate in where the other parties are recording the proceedings.

I subsequently published my recording as I had no indication when their recording would be made public. A little while after they requested I take it off-line and replace it with the censored version above. That is rather hard as there are many individuals and even automated systems that clone and preserve MFMP YT videos posted.

This is the first time that any individual or group has asked me or the MFMP to censor a video that that party has a full recording of. Since I have no way to ensure they only keep the censored version and no way of ensuring they do not try to capitalise on the ideas and information I shared with them, this is an unfortunate asymmetry that cannot be resolved.

All that can be done is that I lower the profile of the full version which had already been viewed over 2300 times and that they and many others already have, and make it easy for all to access the censored version above. This is the purpose of this post.

I have had a prominent channel not publish an interview where I shared valuable insights with the intention it would be public. I had no recording of that to demonstrate this fact. This was a learning event.

I have also suffered a prominent channel putting a negative slight on my interaction with them by them choosing to exclude a critical and foundational part of the interview with them painting the resulting viewer confusion as due to my character.

In future I will need to ensure that any and all asymmetry of portrayal or use is impossible.

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Leonardo’s young muse

Birgitte, a painter of the elite and royalty of Europe and a strong believer in reincarnation, saw the above image sketched by Leonardo da Vinci at his resting place in the Royal Château of Amboise and was convinced it was a representation of myself in a former incarnation and that I had researched together with Leonardo.

Below is the message she sent to Yin Gazda back in 2023, along with the photo of a ‘youth’ that I found to be in the British Royal Collection.

Below is the sketch I believe that Leonardo had a problem with ears, as a 3d sculptor and later 3d animator, I believe that the ear is too small in this work.

The below video was first shared in July 2023.

Face to Face

Due to a strange sequence of events, a first time ever exhibition and shear luck - I happened to come face to face with a rendering of Leonardo’s younger muse.

Leonardo da Vinci’s Codex Atlanticus arrives in Naples for the first time

Description of the folio in the exhibition

Though Leonardo repeatedly attempted to draw this individual, this description suggests that Leonardo himself did not draw it in 1517, despite it using similar materials and paper to his finest rendering of it. This may well be true, since the date of the drawing is claimed to be 1517, which is 7 years after the finer sketch that forms part of the British Royal Collection. It may well be the case that an apprentice was attempting to copy Leonardos original, before Leonardo annotated the paper with flower of life and related geometry.

That said, in this image I see an ear in pencil that is more correctly sized for the face. It is still a little too small in my view but more physically accurate and better placed than in the 1510 drawing above. It has been adjusted in the pen overlay to be more similar to Leonardo’s original image. This leads me to believe that it was actually Leonardo that sketched this, initially expressing the same dimensional and placement problem he had with mis-scaling and mis-placing the ear in the earlier drawing, but going though a process of self-correction. It may be that he found the ear an ugly thing and wanted to minimise its presence in a drawing, but I favour the idea that he was in a process of continuous learning.

1/9th pixel density of my photo of folio 239r

Other scan

Photos of myself closer in age to subject

The photo on the left was taken in November 1998, I was 26 years old. At that time my upper lip was close in form to that drawn by Leonardo in 1510. My hair in the second image on the right was close to that in the 1517 image said to be drawn by an apprentice of Leonardo.

Reincarnation

I have stated very precisely what I believe to be the cryptographic key to the spirit, how akashic records are interacted with and how reincarnation is achieved. I have also stated in detail how variation in a biologic that could interact with a particular spirit would present variations of physical form.

Given this, I am not closed to considering Birgitte’s view on my possibly being the muse of Leonardo and given that this latest imagery directly connects to the study of sacred geometry, it’s all starting to get a little weird…

…I might even suggest, ‘a little bit ‘O’ crazy!’

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.

This week at Ellia Foundation’s lab, we tested the MFMPs Marshal CV420-30X NDI 4K studio camera (kindly donated by Charles Holmes) with the Griffin Brock Desmitron tube that has previously shown an ability to produce shadowgraphs. This camera has a large sensor and is highly remotely controllable, having up to F1.6, 1s accumulation time, dynamic range boosting and more. It can be controlled like this and powered over IP and then send its video and audio down the same network cable 100m if need be. Great for stand off work!

We were able to capture the best images yet from this set-up before the tube electrode failed, which shows that there is still potentially a long way to go to get the power levels, duty cycle and more right in the PSU.

Slumped Al electrode, weirdly still partially attached to teh Nickel stub. Note what look like impact deposits in the tube inner surface, these need to be investigated.

Before this slumping, we looked at the tube just after it started to mirror the inside and, to my eye, it look like it had an array of structured spots on the surface.

What this test proved is that sensitivity of the camera and the type of screen used is so important. With better sensitivity, lower power could be used and at some point the collective effort will lead to high fidelity alongside long lived tubes.

Here are the key segments at 4k.

And here are a few images with a little post processing.

Scintillations

Jan Rak observed scintillations (something causing bright spots in the recorded iPhone photos). This could be due to some form of ionising radiation impacting the camera sensor. This is not likely to be low energy x-rays, since these would not have the necessary mean free path from the electrode to reach the camera sensor.

Notably, the scintillations were ONLY visible on the 1 (out of 3) Desmitron tubes that has been able to produce shadowgraph images.

It is suspected that they may be due to the dishevelment of Energy Solitons / Exotic Vacuum Objects (EVOs) in the sensor. This would be consistent with the radiation remediation observations that were predicted by myself and then apparently observed.

So we did a recording of these scintillations on an old CMOS sensor based Sony HDR-HC7E video camera, the result you can see in the silent video below.

The intension is to use the “Cosmic Ray Finder” method I developed in 2017 alongside self developing x-ray film to establish if these are in fact Energy Solitons / Exotic Vacuum Objects (EVOs) and/or the strange radiation they can produce. If they are proven to be, looking for these scintillations is a way to quality control which tubes are in a state to produce shadowgraphs and likely to also be able to stimulate radionuclide decay.

Further 3rd party replication

MFMP contributor David Boutilier has also been working on attempting replication of the effect. In his latest work, where he has built his own tubes from scratch, he has been able to replicate the effect observed by an MFMP supplied RadiaCode scintillation based detector exposed to a Griffin Brock tube, in addition to scintillations on a video camera.

See some of his experiments below.

In this experiment, you can see the RadiaCode responding in the right corner of the room.

What this means is that, not only are the effects able to be replicated with a non-1920s diathermy unit (Ellia Foundation), but that the effects from the tube can be replicated by an entirely 3rd party built tube.

In the coming weeks, I hope to be teaming up with Griffin Brock and Alan Goldwater over in California at Alan’s Magic sound lab to do some more testing on the potential of these tubes emissions to remediate radionuclides.

The public edit is here.

He has given me permission to share the full version to my paying subscribers. Greg does this with pretty much all his interviews and shares the longer form cuts for his paying supporters, ensuring add-free content on YouTube such as that above.

The long form cut is available for my paid subscribers below.

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NOTE: since making this video, I found that atom isotopes of different alkali metals have been placed into the same space as cryogenically cooled BECs such as Sodium-23 (Na) and potassium-41 (K), Potassium-41 (K) and rubidium-87 (Rb) and Lithium (Li) and cesium (Cs). That said, there is no prior research pointing to coherent matter being formed of say C, O and Ti.

What is coming out of these CErT reactions is something humans have not been able to do by accepted methods since BECs were first hypothesised. That said, what is inside these structure is likely denser than BECs can ever get, the matter will be degenerate and quite likely superconducting, superfluid MHD driven fluxes of Quark-Gluon plasma.

References

1. https://www.naplespass.eu/fr/attractions/museo-archeologico-dei-campi-flegrei-nel-castello-di-baia

Download Presentation Slides

Naval Research Lab 2001 Success Report

Commentary on iron acoustic waves

In addition to the above, I forgot to mention that I believe that the internal sputtering and mirroring of the Desmitron tube we used for radiation remediation experiments in California, the extent of the silvering is due to, in my view, the iron acoustic wave standing wave modes also.

Martin Fleischmann answers George Miley

He tells him what should be considered proof of transmutation

What I am learning from working on this video of Martin Fleischmann from 1998 is that he was self-deprecating, relatable, humorous, and very conservative in his proclamations.

In the short questions and answers session after the presentation, he was asked the following question by the highly accomplished and respected life-long nuclear scientist, Professor. George Miley.

Here is the transcript of his answer.

Journey to conclusive proof of element transmutation

Prof George Miley has been on my radar for many years. Back in May 2018, I did a presentation and published it on the MFMP YouTube channel and Steemit blog called “What Really Is New Fire Fuel?”. In that blog, I did a composite image of a study that he had done that was reported by SPAWAR in relation to elements that we had found.

But Prof George Miley didn’t start with this report, neither was it the end of his journey.

Original slides, with rough English translation on alternate slides

https://bit.ly/KLIMonROSS

Alexander Parkhomov on Rossi E Cat NGU [English Dubbed]

Sergei Godin on Rossi E Cat NGU [English Dubbed]

Chepelev on Rossi E Cat NGU [English Dubbed]

Ivanovich on Rossi E Cat NGU [English Dubbed]