Bob, the process you describe in this video (EVO -> UV -> light/heat/electricity) is very straightforward and quite convincing. However this process should imply an energy gain (otherwise it would be just a kind of exotic light bulb). It is not clear to me which part of the process generates this energy gain. Did I missed something?
Bob, the process you describe in this video (EVO -> UV -> light/heat/electricity) is very straightforward and quite convincing. However this process should imply an energy gain (otherwise it would be just a kind of exotic light bulb). It is not clear to me which part of the process generates this energy gain. Did I missed something?
Largely the energy gain is a rectification of energy by way of the self organisation of matter in the EVO.
The gain has several components IMHO
1. Harvesting of environmental thermal (IR) photons by the charge clusters as they dishevel. Effectively, in the closed loop, they are converting IR photons from the far field into Soft X-Rays / EUV photons that are at or above the required energy to make free electrons from the Xenon. Archibald Wheeler discussed how GEONs would have to shed photons to form in 1954, in the same paper he discusses and invents the terms black hole and worm hole.
2. The intense non-linear field fall offs of the coherent matter pull in relic neutrinos and capture their energy.
3. The solitons in the coherent matter produce intense internal electric and magnetic fields and electron bunching. IMHO, these will produce conditions far in excess of those required by Parkhomov to synthesise cold neutrino and antineutrino pairs. This along with 2 explains the Black EVOs / String Vortex Solitons being considered a condensed cluster of Cold Neutrinos. In Archibald Wheelers 1954 GEONs paper he says that GEONs could be formed of a combination of neutrinos and electrons or neutrinos alone.
4. The ions captured in this EVO, in this case Xenon, can be fissioned, both directly by magnetic pressure / self collapse or via assistance by Relic/Cold neutrinos. Each fission of Xenon will yield initial massive daughter products with combined kinetic energy of 40MeV, this will produce a lot of ionisation in the chamber or excitement of the coherent matter that will produce more soft X-rays / EUV.
I have a little story related to Xenon flash tubes that may be relevant or not. When I was a kid I recovered an electronic flash from a disposable camera. It was a very classic schematic: an oscillator charging a >100uF capacitor at more than 300V, and a very small trigger transformer that generate a small arc in the Xenon tube, starting the discharge of the capacitor through it. All pretty common, nothing exotic. However, by playing with it I discovered a strange effect: when I shot the flash toward a glass, close enough, same haze immediately appeared on the glass, as if the humidity from air were condensed on the glass surface. Maybe there are several conventional explanation to this, but I didn't succeed in finding a very convincing one... :-)
Very interesting, This is both a build of EVOs and a collapse. Therefore, some chance of the electrons and ions wanting to get their thermal / kinetic energy back.
If the glass was borosilicate, there is a good chance it might interact as it did in our first successful Celani cell in 2012.
I think with a glass at a critical temp in a suitably humid room this could be replicated and would be a great way to show the effect.
Bob, the process you describe in this video (EVO -> UV -> light/heat/electricity) is very straightforward and quite convincing. However this process should imply an energy gain (otherwise it would be just a kind of exotic light bulb). It is not clear to me which part of the process generates this energy gain. Did I missed something?
Largely the energy gain is a rectification of energy by way of the self organisation of matter in the EVO.
The gain has several components IMHO
1. Harvesting of environmental thermal (IR) photons by the charge clusters as they dishevel. Effectively, in the closed loop, they are converting IR photons from the far field into Soft X-Rays / EUV photons that are at or above the required energy to make free electrons from the Xenon. Archibald Wheeler discussed how GEONs would have to shed photons to form in 1954, in the same paper he discusses and invents the terms black hole and worm hole.
2. The intense non-linear field fall offs of the coherent matter pull in relic neutrinos and capture their energy.
3. The solitons in the coherent matter produce intense internal electric and magnetic fields and electron bunching. IMHO, these will produce conditions far in excess of those required by Parkhomov to synthesise cold neutrino and antineutrino pairs. This along with 2 explains the Black EVOs / String Vortex Solitons being considered a condensed cluster of Cold Neutrinos. In Archibald Wheelers 1954 GEONs paper he says that GEONs could be formed of a combination of neutrinos and electrons or neutrinos alone.
4. The ions captured in this EVO, in this case Xenon, can be fissioned, both directly by magnetic pressure / self collapse or via assistance by Relic/Cold neutrinos. Each fission of Xenon will yield initial massive daughter products with combined kinetic energy of 40MeV, this will produce a lot of ionisation in the chamber or excitement of the coherent matter that will produce more soft X-rays / EUV.
I have a little story related to Xenon flash tubes that may be relevant or not. When I was a kid I recovered an electronic flash from a disposable camera. It was a very classic schematic: an oscillator charging a >100uF capacitor at more than 300V, and a very small trigger transformer that generate a small arc in the Xenon tube, starting the discharge of the capacitor through it. All pretty common, nothing exotic. However, by playing with it I discovered a strange effect: when I shot the flash toward a glass, close enough, same haze immediately appeared on the glass, as if the humidity from air were condensed on the glass surface. Maybe there are several conventional explanation to this, but I didn't succeed in finding a very convincing one... :-)
Very interesting, This is both a build of EVOs and a collapse. Therefore, some chance of the electrons and ions wanting to get their thermal / kinetic energy back.
If the glass was borosilicate, there is a good chance it might interact as it did in our first successful Celani cell in 2012.
I think with a glass at a critical temp in a suitably humid room this could be replicated and would be a great way to show the effect.