2 different bulbs tried on HV straight out of microwave oven transformer being driven by a 12volt 555 timer circuit designed for running car ignition coils.
The small car headlamp HID bulb seemed to warm up and then run at lower amps with flashes. It cooled down and stopped. Don't know if this is the cooling we are looking for or just a function of less power allowing it to cool off.
Great set of videos, would really appreciate it if you could keep a log of rough known parameters and variables in each test, type of light used and notes and then we can add them to the live document.
If you want to request edit rights to the live document, then please request and then you can add that entries yourself for the community to bounce off.
It was awesome to J.R.Roth mentioned finally. He was cool like Peter Hagelstein and would reply to emails; before that unfortunate incident where he couldn't find US grad students, and got in trouble with the military. Thanks Bob, keep doing what you are doing.
I like to think of it in a more physical way I can connect with. It is condensation, and so I think of it like this
Plasma + energy release > Gas
Gas + energy release > Liquid
Liquid + energy release > Solid
each step being a condensation process.
in this case we have solitons that force electrons so close together, that they start to attract and condense. In doing so, they have to release thermal/kinetic energy and this is done so in the form of UV, EUV and Soft-XRays.
Some energy can be gained by way of Magneto-Hydrodynamic Effects, other can be got from photo-ionisation. Lastly, when the highly condensed electrons and the entrained ions in the grey to black EVO are dishevelled on and in a relatively warm anode there is a thermodynamic differential that can also be put to use.
If we add in the understanding of Parkhomov and the recent international laser induced soliton paper, we can see how neutrinos can be synthesised and how the electrons are stripped from impinging atoms and their ions electro-magnetically compressed. The solitons can magnetically cluster in a fractal way and then in ways that mirror all the forms and combinations of forms of carbon allotropes.
With this knowledge in hand, we begin to understand how the 'itons' of Matsumoto are formed (a neutral quasi particle - positron<>neutrino<>electron) which can form a mesh that confines ions or even neutron clusters (every proton in an atom has a corresponding electron, but protons can be converted to neutrons by supplying an antineutrino and a releasing a positron) This way you get left, largely neutrinos, positrons, electrons and neutrons in the collapsing matter "Nattoh ball" (Matsumoto), which can then self compress, leading to the observed Electro-Nuclear Collapse (ENC) via the itonic mesh and Electro-Nuclear Regeneration (ENR) synthesis of new elements. In the novae that result, some mesons, muons and other particles will produce other nuclear reactions around the event site.
Nuclear reactions add to the thermal gain in the anode helping to re-form the emergent matter from the EVO.
Depending on the specific coherent state of the macro cluster impinging upon the anode, you may get mostly one element being re-born. We see this in VEGA, ULTR and ECCO foil experiments and this was observed in Hutchison and S.V. Adamenko (Proton 21 Lab) experiments. In our experiments the structures of matter formed (VEGA/ ULTR and ECCO foil) look like collapsed meshes of one pure element. In VEGA, it was Carbon, in ULTR it was Copper and in ECCO it was Silver.
LeClaire looked more on the Physical side of cavitation, Ken Shoulders mentioned that there was charge separation, and of course that must be true if cavitation produces plasma.
I started to think that there must be charge separation at interfaces with the metal and production of things akin to EZ water. Well after I mentioned this, a follower pointed out that Preparata had discussed this long before I got into this field - so it is not a new idea, but in ULTR experiments, we can literally see the exact locations where this process occurs, the formation of incredibly fast spinning toroidal bubbles and the physical reality of transmuting material at these well defined and predictable/repeatable locations.
Hi Bob. This is just a test of WxMaxima export (html).
I'll try to put it in the reply and I'll delete it if it doesn't work.
Got some numbers that look kind of interesting.
The HTML, if it works, will be for copy/paste to a text file, after which the extension just needs to be changed to "html". There's a note in the html code.
Yep, it is a soliton in water, these videos were an integral part of the early discussion on EVOs in the community - this is a particularly nice one.
There are ones of divers using them to knock over rocks at a distance and they have even been computationally simulated.
My favourite are the ones where jelly fish get trapped in them.
The amazing thing is these hydrodynamic full solitons show how stable these structures are in the fluid of water even with large diameters - imagine how stable they at 0.1 of a micron!
2 different bulbs tried on HV straight out of microwave oven transformer being driven by a 12volt 555 timer circuit designed for running car ignition coils.
The small car headlamp HID bulb seemed to warm up and then run at lower amps with flashes. It cooled down and stopped. Don't know if this is the cooling we are looking for or just a function of less power allowing it to cool off.
https://youtu.be/cxZoxaWtX1Q
I've dropped you videos into the live doc and comments over at QH
thanks...capacitor discharge coming today
Wonderful!
Great set of videos, would really appreciate it if you could keep a log of rough known parameters and variables in each test, type of light used and notes and then we can add them to the live document.
If you want to request edit rights to the live document, then please request and then you can add that entries yourself for the community to bounce off.
It was awesome to J.R.Roth mentioned finally. He was cool like Peter Hagelstein and would reply to emails; before that unfortunate incident where he couldn't find US grad students, and got in trouble with the military. Thanks Bob, keep doing what you are doing.
This is interesting thinking.
I like to think of it in a more physical way I can connect with. It is condensation, and so I think of it like this
Plasma + energy release > Gas
Gas + energy release > Liquid
Liquid + energy release > Solid
each step being a condensation process.
in this case we have solitons that force electrons so close together, that they start to attract and condense. In doing so, they have to release thermal/kinetic energy and this is done so in the form of UV, EUV and Soft-XRays.
Some energy can be gained by way of Magneto-Hydrodynamic Effects, other can be got from photo-ionisation. Lastly, when the highly condensed electrons and the entrained ions in the grey to black EVO are dishevelled on and in a relatively warm anode there is a thermodynamic differential that can also be put to use.
If we add in the understanding of Parkhomov and the recent international laser induced soliton paper, we can see how neutrinos can be synthesised and how the electrons are stripped from impinging atoms and their ions electro-magnetically compressed. The solitons can magnetically cluster in a fractal way and then in ways that mirror all the forms and combinations of forms of carbon allotropes.
With this knowledge in hand, we begin to understand how the 'itons' of Matsumoto are formed (a neutral quasi particle - positron<>neutrino<>electron) which can form a mesh that confines ions or even neutron clusters (every proton in an atom has a corresponding electron, but protons can be converted to neutrons by supplying an antineutrino and a releasing a positron) This way you get left, largely neutrinos, positrons, electrons and neutrons in the collapsing matter "Nattoh ball" (Matsumoto), which can then self compress, leading to the observed Electro-Nuclear Collapse (ENC) via the itonic mesh and Electro-Nuclear Regeneration (ENR) synthesis of new elements. In the novae that result, some mesons, muons and other particles will produce other nuclear reactions around the event site.
Nuclear reactions add to the thermal gain in the anode helping to re-form the emergent matter from the EVO.
Depending on the specific coherent state of the macro cluster impinging upon the anode, you may get mostly one element being re-born. We see this in VEGA, ULTR and ECCO foil experiments and this was observed in Hutchison and S.V. Adamenko (Proton 21 Lab) experiments. In our experiments the structures of matter formed (VEGA/ ULTR and ECCO foil) look like collapsed meshes of one pure element. In VEGA, it was Carbon, in ULTR it was Copper and in ECCO it was Silver.
LeClaire looked more on the Physical side of cavitation, Ken Shoulders mentioned that there was charge separation, and of course that must be true if cavitation produces plasma.
I started to think that there must be charge separation at interfaces with the metal and production of things akin to EZ water. Well after I mentioned this, a follower pointed out that Preparata had discussed this long before I got into this field - so it is not a new idea, but in ULTR experiments, we can literally see the exact locations where this process occurs, the formation of incredibly fast spinning toroidal bubbles and the physical reality of transmuting material at these well defined and predictable/repeatable locations.
Things will become clearer - one step at a time.
Hi Bob. This is just a test of WxMaxima export (html).
I'll try to put it in the reply and I'll delete it if it doesn't work.
Got some numbers that look kind of interesting.
The HTML, if it works, will be for copy/paste to a text file, after which the extension just needs to be changed to "html". There's a note in the html code.
Not ZPE - not needed.
All good points, there is also the V on the load.
Remember - we don't need to be right first time - just right in the end.
Thanks for taking a deeper dive
And a proved COP would win the million pixel accelerator if it could be certified.
So there is an opportunity to get ahead of the game.
Yep, it is a soliton in water, these videos were an integral part of the early discussion on EVOs in the community - this is a particularly nice one.
There are ones of divers using them to knock over rocks at a distance and they have even been computationally simulated.
My favourite are the ones where jelly fish get trapped in them.
The amazing thing is these hydrodynamic full solitons show how stable these structures are in the fluid of water even with large diameters - imagine how stable they at 0.1 of a micron!
What was deleted in this thread and why? Seems like a benign enough convo from Bob's side.