On ECW, David Linebarger asked the following question,
-------------------------------------
"Hey Bob, how does ENG8 company stack up to brilliant light power in your opinion? I see some similarities actually.
These two make the similarities stick out a lot to me compared to other companies.
1. They both rely off of hydrogen as energy.
2. They both produce a lot of light and at least some heat.
3. Both have claimed a cop or Q factor of 5.
Differences
1. ENG8 transmutes elements, BrLP makes dark matter from hydrogen.
2. ENG8 has a version that creates electricity.
What do you think about the evidence side between these two companies?
Actually, now that I think about it Aureon Energy probably has more similarities to ENG8. Though AE is not really known for producing brilliant light."
-------------------------------------
to which I replied:
This is a good question. As you know, in my view they are all working off the same effect. I have made clear that an impact of >5eV "realeases the hidden energy within matter" and it is 2000 - 4000 times easier to do with Hydrogen isotopes than with elements beyond Li. This is effectively the Aetheric matter of Tesla and is proposed by Shishkin, Kuroles and Dubovik - the latter being the discoverer of the Toroidal moment and complex multi-order clusters thereof. This Aetheric matter is perhaps a cluster of relic/cold/background/ULM Neutrinos (Magneto-Toro Electrical Radiation equivalent to a black EVO) and Shishkin states that it is its own baryon. It and its substructures can be neutral and can form arrangements that have no external EM fields. Therefore it is de-facto "Dark Matter".
All of these systems will produce this matter, if it exists, even if they do not want to.
At the base level, it explains the Langmuir energy anomaly when creating mono-atomic Hydrogen and re-forming H2 - since the proton re-assembles the Cluster on re-formation of the atom/molecule from the environment and the original cluster itself can impart energy into surrounding materials. This energy yield is likely well beyond Chemical but NOT NUCLEAR. The released clusters can bind to Oxygen and other paramagnetic materials, likely accounting for threads observed by Bogdanovich and other researchers.
In the case of BrLP (r) (tm), they use liquid Silver or Gallium as the high dI/dT disruptive electrodes - liquid mercury electrodes were used by Tesla in his "electrical particles of matter gun" in the 1930s and by Shoulders in his 1980s awarded patents. As per my proposed theory, Silver, Gallium and Mercury are all diamagnetic, so whilst ions of them can be carried by the clusters, they resist the clusters going into them, and therefore, are resistant to transmutation / "LENR".
In contrast, following my suggestions and discussions with Dr. Egely, he elected to use Aluminium, this is PARAMAGNETIC and highly conductive and does not bulk oxidise in air unlike Mg, Ca. The only other elements that are similarly optimally placed are Mo and W - but these are expensive relative to Al. NOTE: BrLP had Mo / W "Vapourise" in their systems and incorrectly in my view ascribed this to heat their reactor rather than to the susceptibility of these highly conductive elements to the MTER/EVOs. It is, in my expressed and detailed view, high conductivity, paramagnetic nature and spin, with ideally a single isotope, that makes something a good fuel Al is perfect and is 3rd most abundant element in the Earths crust. It is the right fuel and fuses to Fe and other elements.
Despite Al melting point lying comfortably between Gallium and Silver and far cheaper and more abundant that either, BrLP (r) (TM) do not use it - I would state that if they did, they would see very high levels of transmutation with Si and Fe present in every experiment. The yield would far surpass their observed output, but their system would rapidly get clogged up with Fe and Si.
I DARE them to use a Silver reactor with Al instead - of course, with all appropriate safety precautions, I expect it would last a very short time.
We produced a lot of "Brilliant Light" using HHO on W, Ti and even INDIUM (mp 156.6ºC) - the latter being Diamagnetic was more resistant to transmutation despite being only 75um thick. On might thing it suitable in a BrLP (r) (TM) system as it is low melting point and diamagnetic, but it is spin AND mostly beta isotope so it i susceptible to transmutation.
The Hydrogen / discharges produce the clusters. The Clusters can aggregate in and bind to Magnetic (below curie point) and paramagnetic (such as O, O2, Mg, Al, Mo, W) nuclei/molecules.
Al for me is the perfect combination of cost, availability, fusion potential, conductivity, melting point, single isotope, paramagnetic nature, spin etc. It is the most affected element in Hutchison Effect I believe for these + reasons.
Bob, I’ve looked this up so many times and it just won’t click. The concept of different types of magnetism seems basic so maybe I’m just thick. I think unpaired electrons is paramagnetic and weakly attracts to a single pole? Paired e and repels is diamagnetic. Ferromagnetic is strongly attracted to both poles? But I don’t think I am Fully grasping the concept of the difference between the three. I’d appreciate an explanation by you as you explain things well and definitely understand the 3 concepts of diamagnetic, ferromagnetic, and paramagnetic well.
The magnetic moment of an atom comes from its electrons, since the nuclear contribution is negligible. A ferromagnetic material requires that its atoms or ions have permanent magnetic moments, which means that they have unpaired electrons.
A ferromagnetic material looses its high degree of influence by a magnetic field above its curie temperature.
At high temperatures, the thermal energy of the atoms or ions becomes greater than the magnetic energy, and the magnetic moments start to randomize. This reduces the net magnetization of the material, and makes it less responsive to an external magnetic field. The material becomes paramagnetic, which means that it only has a weak induced magnetism when a field is applied
Awesome look forward to the video I could not download the slides as my iPad says to larges I noticed you mentioned friends Tom bearden , Ken shouiders , dr puthoff great scientists who knew there stuff I met Tom in 1983 Hal puthoff in 1993 and 1994 he stayed fir a few days I meet Ken in 1995 he stayed a week in Canada and later many times at his various homes thanks Bob what sample did you show ?
Found this video https://www.bitchute.com/video/9jlTqgDXo9UH/ Interesting as Dr bob koonzt saw this years ago and phoned me about it he wanted me to visit Swiss then in my case https://youtu.be/fJf0RbqelZA?si=oCdN_K7pveKOLnU0 I was orders not to do these tests under threat iof arrests then there s booker bay written report by dr puthof and Paul devour plus the a antartica incident timerunning backwards I often think of dr koonzt he had a stock years ago he gave me a lette of recomdation just sharing all this as you mentioned Tom bearden and puthoff
How would one replicate the Low temperature aluminium molding experiment? Since getting the cost of custom cast aluminium, brass and steel parts is getting more expensive in Europe as the years go by and gas prices are not what they use to be. There'll be a high demand for more efficiency in this field.
Would the ultrasonic welding process have a somewhat similar industrial application of the FTM like Wire Discharge Machining? I just happened to ran into this researching a different topic
On the second point, Ultrasonic welding will be exciting the metal bonds mostly at the surface boundary and that allows re-connection of metal bonds between metal pieces.
On the first point, I believe that loading of the metals with vacuum currents is key, I believe these can be created remotely (say by disruptive spark discharge) and field or light guided to the sample to accumulate or they can be directly generated in the sample as I described in Jan 6th 2018 in the Hutchison lab visit based on work conducted in the UK in the 1950s.
Essentially a piezo coating allows conversion of EM to phonons at or in the same range of the inter-atomic distance I would treat aluminium to have a AlN (Aluminium Nitride) layer first. With standing waves and / or phase conjugation (overlayed time reversed EM wave), one could get synthesis of EVOs / vacuum currents in the sample that disrupt the action of the metal bonds - allowing them some plasticity and moldability into non-conducting die. The most suitable metal in my view is Al or alloy with Mg which are good engineering, light structural metals as you know.
Draining of clusters in metal would be achieved by metal grounding or washing with dissolved oxygen rich water.
Based on historical Ball Lightning anecdote, Al would re-set back to rigidity in about 20 mins after the stimulation that produces the plastic state is removed.
What exactly is preventing Bob from doing larger scale experiments with this? I assume it is money but in what way? Would love to understand the barriers stopping these application from being utilized.
The right team ( we have them) in the right place (that is a challenge) and the WALL from the mainstream.
The challenge for the mainstream is, that this work is based on things that are in mainstream journals and awarded patents, but they can't see it, or don't want to admit it is possible.
I'd like to focus on direct matter to energy conversion. Not fusion, de-synthsesis - much more yield.
De-synthesis using the fractal toroidal moment in some way or are you saying you want to focus on de-synthesis and not further pursue fractal toroidal moment research?
I was rewatching this and, recognized something I believe I noticed in passing just doomscrolling on facebook. The slide showing the diagram of a monopole oscillator and Ken Shoulders explanation. ~15 minute mark. given the idea that nature just does nature things naturally... that diagram looks an AWFUL lot like Fermi Bubbles https://www.pnas.org/doi/10.1073/pnas.2318720120
This is your most comprehensive presentations yet, great for an overview of everything significant you've talked about over the last few years. BTW, can you remind me again of what Google did wrong in attempting to replicate the Parkhomov reactor? You mentioned it a few videos prior. Thanks.
1. They did not consult Parkhomov, Myself or Alan Goldwater.
2. They used a calorimeter that did not have heat gradients in it.
3. They used LiAlH4 (AFAIK) and Parkhomov moved away from that to straight Hydrogen as he identified (and we showed in Bang) early on that Li covers up the Nickel.
4. They did not have W heater coil or Boron tube (W was likely the fuel interacted with the structures made by the H2 interaction with Ni.
5. They didn't consult on the heating profile or the significance of it
To show how really thick I am, I Just now found the chat section and realized that the chat section does not equal the comments section in each article, and that each article does not equal a corresponding section in the chat area, and that some sections of chat are open for images etc. and some not. Now if I had grand-kids, they would have straightened me right out, but alas the only grand-kids I have don't have opposable thumbs :-p
This system from Helios seems to be getting a bit closer to the minimum of two toroids coming together, they mention a self containing plasma which is interesting, they are also making and breaking.
Should they consider hydrogen instead of helium as the fuel?
I always think of diamagnetic, paramagnetic and ferromagnetic interactions as being very comparable with the lipid bilayer’s. Especially
with manipulating enzymatic functions.
Similar to acoustics manipulation of the Schumann resonance in radionics.Geo-engineering, terraformation and HAARP are all manipulation’s of these force’s interrelations as I see it. This field of study becomes more intriguing every day!
On ECW, David Linebarger asked the following question,
-------------------------------------
"Hey Bob, how does ENG8 company stack up to brilliant light power in your opinion? I see some similarities actually.
These two make the similarities stick out a lot to me compared to other companies.
1. They both rely off of hydrogen as energy.
2. They both produce a lot of light and at least some heat.
3. Both have claimed a cop or Q factor of 5.
Differences
1. ENG8 transmutes elements, BrLP makes dark matter from hydrogen.
2. ENG8 has a version that creates electricity.
What do you think about the evidence side between these two companies?
Actually, now that I think about it Aureon Energy probably has more similarities to ENG8. Though AE is not really known for producing brilliant light."
-------------------------------------
to which I replied:
This is a good question. As you know, in my view they are all working off the same effect. I have made clear that an impact of >5eV "realeases the hidden energy within matter" and it is 2000 - 4000 times easier to do with Hydrogen isotopes than with elements beyond Li. This is effectively the Aetheric matter of Tesla and is proposed by Shishkin, Kuroles and Dubovik - the latter being the discoverer of the Toroidal moment and complex multi-order clusters thereof. This Aetheric matter is perhaps a cluster of relic/cold/background/ULM Neutrinos (Magneto-Toro Electrical Radiation equivalent to a black EVO) and Shishkin states that it is its own baryon. It and its substructures can be neutral and can form arrangements that have no external EM fields. Therefore it is de-facto "Dark Matter".
All of these systems will produce this matter, if it exists, even if they do not want to.
At the base level, it explains the Langmuir energy anomaly when creating mono-atomic Hydrogen and re-forming H2 - since the proton re-assembles the Cluster on re-formation of the atom/molecule from the environment and the original cluster itself can impart energy into surrounding materials. This energy yield is likely well beyond Chemical but NOT NUCLEAR. The released clusters can bind to Oxygen and other paramagnetic materials, likely accounting for threads observed by Bogdanovich and other researchers.
In the case of BrLP (r) (tm), they use liquid Silver or Gallium as the high dI/dT disruptive electrodes - liquid mercury electrodes were used by Tesla in his "electrical particles of matter gun" in the 1930s and by Shoulders in his 1980s awarded patents. As per my proposed theory, Silver, Gallium and Mercury are all diamagnetic, so whilst ions of them can be carried by the clusters, they resist the clusters going into them, and therefore, are resistant to transmutation / "LENR".
In contrast, following my suggestions and discussions with Dr. Egely, he elected to use Aluminium, this is PARAMAGNETIC and highly conductive and does not bulk oxidise in air unlike Mg, Ca. The only other elements that are similarly optimally placed are Mo and W - but these are expensive relative to Al. NOTE: BrLP had Mo / W "Vapourise" in their systems and incorrectly in my view ascribed this to heat their reactor rather than to the susceptibility of these highly conductive elements to the MTER/EVOs. It is, in my expressed and detailed view, high conductivity, paramagnetic nature and spin, with ideally a single isotope, that makes something a good fuel Al is perfect and is 3rd most abundant element in the Earths crust. It is the right fuel and fuses to Fe and other elements.
Despite Al melting point lying comfortably between Gallium and Silver and far cheaper and more abundant that either, BrLP (r) (TM) do not use it - I would state that if they did, they would see very high levels of transmutation with Si and Fe present in every experiment. The yield would far surpass their observed output, but their system would rapidly get clogged up with Fe and Si.
I DARE them to use a Silver reactor with Al instead - of course, with all appropriate safety precautions, I expect it would last a very short time.
We produced a lot of "Brilliant Light" using HHO on W, Ti and even INDIUM (mp 156.6ºC) - the latter being Diamagnetic was more resistant to transmutation despite being only 75um thick. On might thing it suitable in a BrLP (r) (TM) system as it is low melting point and diamagnetic, but it is spin AND mostly beta isotope so it i susceptible to transmutation.
The Hydrogen / discharges produce the clusters. The Clusters can aggregate in and bind to Magnetic (below curie point) and paramagnetic (such as O, O2, Mg, Al, Mo, W) nuclei/molecules.
Al for me is the perfect combination of cost, availability, fusion potential, conductivity, melting point, single isotope, paramagnetic nature, spin etc. It is the most affected element in Hutchison Effect I believe for these + reasons.
Bob, I’ve looked this up so many times and it just won’t click. The concept of different types of magnetism seems basic so maybe I’m just thick. I think unpaired electrons is paramagnetic and weakly attracts to a single pole? Paired e and repels is diamagnetic. Ferromagnetic is strongly attracted to both poles? But I don’t think I am Fully grasping the concept of the difference between the three. I’d appreciate an explanation by you as you explain things well and definitely understand the 3 concepts of diamagnetic, ferromagnetic, and paramagnetic well.
Paramagnetic - unpaired electron - attracted to either pole at any temp.
Diamagnetic - all electrons pairs - repelled by either pole at any temp.
Ferromagnetic - strongly attracted to either pole, but not above curie point
Additionally, proton and neutron and electron have a magnetic moment.
And for ferromagnetic does the electron pairing not matter?
The magnetic moment of an atom comes from its electrons, since the nuclear contribution is negligible. A ferromagnetic material requires that its atoms or ions have permanent magnetic moments, which means that they have unpaired electrons.
A ferromagnetic material looses its high degree of influence by a magnetic field above its curie temperature.
At high temperatures, the thermal energy of the atoms or ions becomes greater than the magnetic energy, and the magnetic moments start to randomize. This reduces the net magnetization of the material, and makes it less responsive to an external magnetic field. The material becomes paramagnetic, which means that it only has a weak induced magnetism when a field is applied
Awesome look forward to the video I could not download the slides as my iPad says to larges I noticed you mentioned friends Tom bearden , Ken shouiders , dr puthoff great scientists who knew there stuff I met Tom in 1983 Hal puthoff in 1993 and 1994 he stayed fir a few days I meet Ken in 1995 he stayed a week in Canada and later many times at his various homes thanks Bob what sample did you show ?
I showed one of the split Al samples and the sample I called "Fracture" that I derived the basic 3-tor phantom Fractal Toroid from.
Great idea I bet they where wandering in other words you blew off there socks awesome
I did lectures in japan and USA time was not problem but I did radio commercials made to 60 seconds exsplain 86 Vancouver
It was the first time in 11 years I had an opportunity to share my own understanding of what I had seen with this community directly.
Still trying to get RF stuff from Military auctions to do stuff with here in Australia. Very good show thanks Bob.
Great fun it was great !
Found this video https://www.bitchute.com/video/9jlTqgDXo9UH/ Interesting as Dr bob koonzt saw this years ago and phoned me about it he wanted me to visit Swiss then in my case https://youtu.be/fJf0RbqelZA?si=oCdN_K7pveKOLnU0 I was orders not to do these tests under threat iof arrests then there s booker bay written report by dr puthof and Paul devour plus the a antartica incident timerunning backwards I often think of dr koonzt he had a stock years ago he gave me a lette of recomdation just sharing all this as you mentioned Tom bearden and puthoff
That video of the "portal in the sky" looks highly suspect and the AI voice and random images of physics centres does not add to the credibility.
Thanks for your personal notes though
Hey Bob, Awesome presentation.
How would one replicate the Low temperature aluminium molding experiment? Since getting the cost of custom cast aluminium, brass and steel parts is getting more expensive in Europe as the years go by and gas prices are not what they use to be. There'll be a high demand for more efficiency in this field.
Would the ultrasonic welding process have a somewhat similar industrial application of the FTM like Wire Discharge Machining? I just happened to ran into this researching a different topic
https://en.wikipedia.org/wiki/Ultrasonic_welding
On the second point, Ultrasonic welding will be exciting the metal bonds mostly at the surface boundary and that allows re-connection of metal bonds between metal pieces.
On the first point, I believe that loading of the metals with vacuum currents is key, I believe these can be created remotely (say by disruptive spark discharge) and field or light guided to the sample to accumulate or they can be directly generated in the sample as I described in Jan 6th 2018 in the Hutchison lab visit based on work conducted in the UK in the 1950s.
Essentially a piezo coating allows conversion of EM to phonons at or in the same range of the inter-atomic distance I would treat aluminium to have a AlN (Aluminium Nitride) layer first. With standing waves and / or phase conjugation (overlayed time reversed EM wave), one could get synthesis of EVOs / vacuum currents in the sample that disrupt the action of the metal bonds - allowing them some plasticity and moldability into non-conducting die. The most suitable metal in my view is Al or alloy with Mg which are good engineering, light structural metals as you know.
Draining of clusters in metal would be achieved by metal grounding or washing with dissolved oxygen rich water.
Based on historical Ball Lightning anecdote, Al would re-set back to rigidity in about 20 mins after the stimulation that produces the plastic state is removed.
Is this going to be the presentation that you would have performed if time had not been so short?
I will try, yes.
What exactly is preventing Bob from doing larger scale experiments with this? I assume it is money but in what way? Would love to understand the barriers stopping these application from being utilized.
The right team ( we have them) in the right place (that is a challenge) and the WALL from the mainstream.
The challenge for the mainstream is, that this work is based on things that are in mainstream journals and awarded patents, but they can't see it, or don't want to admit it is possible.
I'd like to focus on direct matter to energy conversion. Not fusion, de-synthsesis - much more yield.
Oh - and money.
De-synthesis using the fractal toroidal moment in some way or are you saying you want to focus on de-synthesis and not further pursue fractal toroidal moment research?
I was rewatching this and, recognized something I believe I noticed in passing just doomscrolling on facebook. The slide showing the diagram of a monopole oscillator and Ken Shoulders explanation. ~15 minute mark. given the idea that nature just does nature things naturally... that diagram looks an AWFUL lot like Fermi Bubbles https://www.pnas.org/doi/10.1073/pnas.2318720120
It does, but I don't think it is related.
This is your most comprehensive presentations yet, great for an overview of everything significant you've talked about over the last few years. BTW, can you remind me again of what Google did wrong in attempting to replicate the Parkhomov reactor? You mentioned it a few videos prior. Thanks.
Hi Simeon,
Thanks.
1. They did not consult Parkhomov, Myself or Alan Goldwater.
2. They used a calorimeter that did not have heat gradients in it.
3. They used LiAlH4 (AFAIK) and Parkhomov moved away from that to straight Hydrogen as he identified (and we showed in Bang) early on that Li covers up the Nickel.
4. They did not have W heater coil or Boron tube (W was likely the fuel interacted with the structures made by the H2 interaction with Ni.
5. They didn't consult on the heating profile or the significance of it
Just off the top of my head.
Thanks for all your research and courage. I would like to communicate in private, hopefully without wasting your time. How?
Please send a message via this "contact us" form.
http://www.quantumheat.org/index.php/en/
I did.)
You had a chance to read this paper yet Bob? https://lweb.cfa.harvard.edu/~loeb/Interstellar_Expedition.pdf The spheres remind me of the ones in your presentations..
Thankyou, just skim read it, the spherules look to be a different structure, though they have entered ocean and been there for a while.
Thanks again
I have proposed a windhexe thought experiment here in the comments section: https://remoteview.substack.com/p/windhexe-build-prototype-v02
Please all give a look and comment.
Thanks - will take a look
Bob, how do we connect, let me know.
Send me a direct message here
Tried to find a way, no luck so far.
Send message via Contact form here
http://www.quantumheat.org/index.php/en/
Message sent.
Watching your APEC presentation now.
my e-mail: curtishorn@mac.com
https://www.youtube.com/live/OcZJwYHE7Fk?si=weJCa_tfXcQfpXR-&t=7006
To show how really thick I am, I Just now found the chat section and realized that the chat section does not equal the comments section in each article, and that each article does not equal a corresponding section in the chat area, and that some sections of chat are open for images etc. and some not. Now if I had grand-kids, they would have straightened me right out, but alas the only grand-kids I have don't have opposable thumbs :-p
https://www.youtube.com/live/OcZJwYHE7Fk?si=weJCa_tfXcQfpXR-&t=7006
This system from Helios seems to be getting a bit closer to the minimum of two toroids coming together, they mention a self containing plasma which is interesting, they are also making and breaking.
Should they consider hydrogen instead of helium as the fuel?
https://youtu.be/uRaQLZaaHWo?si=4xLMr6baY_qGFzeS
Goto 3min45sec
I always think of diamagnetic, paramagnetic and ferromagnetic interactions as being very comparable with the lipid bilayer’s. Especially
with manipulating enzymatic functions.
Similar to acoustics manipulation of the Schumann resonance in radionics.Geo-engineering, terraformation and HAARP are all manipulation’s of these force’s interrelations as I see it. This field of study becomes more intriguing every day!