Dear Dr. Rossi,
Will the SKLed be available only at one color temperature (5000K)? I would think large volume lamp applications like grow lights and street lights have different preferences for color temperature. Personally I would be happy to receive typical warm (3000K – 4000K) SKLed lamps instead of the 5000K I have ordered. Technically it is a question of applying a phosphorus filter on the LED kernel which sounds like a small challenge compared to the amazing work behind the SKLed lamp itself. Thank you if you can answer.
Kind regards,
Calle H
With regard to your minimum orders of 1 million SKLeds:
1) Have you already secured the required minerals for fueling the SKLeds?
2) If not, do you anticipate there will be any difficulties securing the required amounts?
3) I am a believer in full Life‐cycle greenhouse gas (GHG) accounting that accounts for emissions associated with the raw materials extraction, processing and transportation of such materials. For the December presentation, or shortly thereafter, will you be preparing and publishing an accounting for all emissions connected with the production of 1 million SKLeds?
I try to follow the reasoning of the clustering of electrons, whereby energy is released through entropy reduction.
This reminds me of a chiller, in which an entropy reduction occurs during the densification phase – either through adsorption or compression.
By analogy with the cooling machine, it therefore seems conceivable that the electron clusters from the E-Cat machines, sometime “decluster” somewhere in a conductor or other device, causing that conductor or object to become cold.
Given the enormous energy production of the E-Cat, it seems plausible to me that you can also make something spectacularly cold.
Can you tell something about that? Or am I making crazy arguments again?
You replied to Frank Ackland that the SKLed was successfully demonstrated to potential customers. Some questions about that:
1. Have these customers already preordered SKLed’s?
2. If yes, do these preorders substantially contribute to your target of 1 Million SKLed’s to start production?
Further some questions about the Ecat SKL:
3. Are you happy about the progress so far?
4. How likely is it to see the first product on the market next year?
5. Has the Self Sustained running time already been extended to substantially more than 24 hours?
Thanks for answering our questions.
I hope this year, with the demos of the SKLed and SKL will lead to the year of fame for you and your team.
Kind regards, Gerard
“About resonant Electrolysis, the Sonofusion water frequency is 23 to 24.5 Khz and its harmonics up to WATER boiling 2.45GHZ (microwave oven magnetron) and down to 2.45 Hz where the gas action separation is increased ten fold.”
If there is any truth in the “2.45 Hz” statement? Then you can build an car electrolyzer powered by 10 times less KW E-Cat SKL. This of course make you less rich. On the other hand, you can re-invent the following electrolyzer for use in cars with combustion engines:
Charles H. Garrett – Electrolytic Carburetor US 2,006,676
1. Have you been carrying out any private demonstrations of the E-Cat SKLed for potential customers during this pre-presentation period?
2. If so, how successful have they been?
1) Doesn’t the working E-Cat SKL prove the correctness of your theory?
2) What could be wrong with the theory and not affect the functionality of the E-Cat SKL?
3) Sure, the exact functionality of the E-Cat SKL is a trade secret, but is it also possible that the theoretical model in your head is more complete than on paper?
Hi Andrea,
The origin of the energy from the E-Cat devices continues to intrigue. I’m curious if you can observe fluctuations in the zero-point energy field by, for example, having a lot of E-Cats close to each other at full power.
If you can measure fluctuations, do the E-Cats become more powerful when they are closer to each other, or less powerful?
Polite but curious regards,
Koen
Dr Rossi:
1- has been your experimental and theoretical work with the Ecat technology sustained by University Professors ?
2- if yes, is it still so ?
Cheers
Brenda
Raphael:
I found it as reference 7 in the paper “Maxwell’s equations and Occam’s razor” of Giorgio Vassallo, Francesco Celani, Antonino Oscar Di Tommaso, published in the book “Maxwell-Dirac Theory and Occam’s Razor: Unified Field, Elementary Particles, and Nuclear Interactions” Amazon books, 2019, pp. 7-29.
Warm Regards,
A.R.
@ Dan Galburt
Your suggestion is right on track. I have bought a 7W a-Si and a 10W poly-Si panel on Amazon for doing illumination experiments from a 6000K, 3500 lm, 60 degree flood led lamp (waiting for the SKLed to be delivered). The object is that the 3.9W SKLed = 32W light (32W is probably a conservative number as optimization is not yet done) shall power the 7W panel in SSM. If successful it would be a very simple and clearly understandable demonstration of a SSM operation by a ZPE application.
Some hints if you are experimenting: The thin film panels don’t have individual cells which result in that the average Lux hitting the panel gives the power output while crystalline cells are connected in series so that the lowest Lux(= outer edge of the panel) will also govern power output. Using acrylic mirrors to reflect the light that falls outside the panel improves Lux distribution and increases power a lot.
My ultimate objective is to engineer a full scale solar panel with enough positive COP to be economical. Multiple panels will then connect to one of the open ports of my solar array inverter. Two positive effects: 1) the vertical stack of panels in my basement runs 24/7 compared to 10% yield of the roof mounted panels. 2) no permitting or certification is needed as you technically are only adding new panels to your existing ones where all is within the inverter max capacity.
Kind regards,
Calle H
Dear Dr Andrea Rossi,
I sent an order for Ecat SKLed but did not receive confirmation by e-mail, I again sent an order for Ecat SKLed and did not receive a confirmation by e-mail, there is no letters in the spam, in what could be the reason, order from Ukraine
I know you have designed the SKLed lamp to be a white light source that will sell in volume by having a combination of performance and cost that exceed any light source presently on the market. Assuming it works as advertised, the SKLed will also be the first commercial product that outputs more energy than it consumes to the extent that chemical energy sources cannot explain the energy production. I believe this fact will dominate interest in the SKLed more than its value as a highly efficient lamp. I don’t know what you’re going to present in December, but I hope its sufficiently convincing that you can make the lamp available for sale to the general public as planned. Once the SKLed is shipped, scientists and engineers can acquire samples and test the SKLed to measure its optical spectrum and energy output over time. If the expected energy gain is confirmed interest in your work and products will increase exponentially.
In the past you have said that placing a solar panel in the light output of the SKLed lamp produced only “milliamps” of output, and therefore was clearly insufficient to run the Lamp without an external power source. Further you indicated that the low output is largely a result of the spectral mismatch between the SKLed light and the response of the solar panel.
My calculations indicate that if the SKLed can output 32 watts of visible white light and given the sensitivity and spectral response of a mono crystalline silicon solar panel, it may be possible for the output of the solar panel to power the SKLed lamp.
Of critical importance to doing this successfully is that most of the SKLed light must fall uniformly on the solar panel. Non-uniform distribution of the light will greatly reduce the output. I would place a small solar panel in a box covered with special highly reflective but diffuse white material (commercially available). By adjusting the shape of the box most of the light from the SKLed lamp can be guided to uniformly illuminate the solar panel. The box acts like a light pipe.
Since a solar panel has multiple solar cells in series the current produced by the least lit cell determines the current from the panel.
Calle H:
Maybe I did not understand, but the Ecat SKLed is designed to make light, not heat, although some heat comes out, in small measure.
Warm Regards,
A.R.
Dear Dr. Rossi,
Further to your comment that the SKLed could perform more or less at COP 8, why not illuminate a light absorbing liquid for heating water at COP 8? It would be the most simple heating device where safety, installation and certification issues would hardly exist.
Kind regards,
Calle H
Prof:
Thank you for the link,
Warm Regards,
A.R.
Dr Rossi:
Here is an interesting paper about theoretical Physics evolution:
https://link.aps.org/doi/10.1103/PhysRevLett.127.117205
Cheers
Prof
Sam:
Really moving,
Warm Regards,
A.R.
Hello DR Rossi
A Great Story.
https://youtu.be/O_bVUeQw38c
Regards
Sam
Calle H:
You made a point.
Warm Regards,
A.R.
Dear Dr. Rossi,
Will the SKLed be available only at one color temperature (5000K)? I would think large volume lamp applications like grow lights and street lights have different preferences for color temperature. Personally I would be happy to receive typical warm (3000K – 4000K) SKLed lamps instead of the 5000K I have ordered. Technically it is a question of applying a phosphorus filter on the LED kernel which sounds like a small challenge compared to the amazing work behind the SKLed lamp itself. Thank you if you can answer.
Kind regards,
Calle H
Rod Walton:
Thank you for the update,
Warm Regards,
A.R.
On Power Engineering issue of September 21 2021:
“When a crisis strikes, be ready”
Rod Walton
Wilfried Babelotzky:
Premature
Warm Regards
A.R.
Dear Andrea,
try to introduce the first E-Cat SKL product on February 22nd, 2022 at 2:02:02 am. German date: 22.02.2022 02:02:02 Uhr
Best regards
Wilfried
Gregory Daigle:
1- yes
2- n.a.
3- good idea
Warm Regards,
A.R.
Michael:
Yes,
Warm Regards,
A.R.
Dear Mr. Rossi,
has the certification already started for the ecat SKL?
If no, when do you expect the start?
Best regards
Michael
Dr. Rossi,
With regard to your minimum orders of 1 million SKLeds:
1) Have you already secured the required minerals for fueling the SKLeds?
2) If not, do you anticipate there will be any difficulties securing the required amounts?
3) I am a believer in full Life‐cycle greenhouse gas (GHG) accounting that accounts for emissions associated with the raw materials extraction, processing and transportation of such materials. For the December presentation, or shortly thereafter, will you be preparing and publishing an accounting for all emissions connected with the production of 1 million SKLeds?
Best regards.
Gerard McEk:
1- no
2- n.a.
3- yes
4- it is likely
5- yes
Warm Regards,
A.R.
Koen Vandewalle:
Honestly, I am not able to answer,
Warm Regards,
A.R.
Frank Acland:
Yes
Warm Regards,
A.R.
Dear Andrea,
In the specifications for the E-Cat SKLed, the power consumption is listed as 3.9 W (+/- 10%).
Does this include the power consumed by everything, including the control module for the lamp?
Many thanks,
Frank Acland
Hi Andrea,
I try to follow the reasoning of the clustering of electrons, whereby energy is released through entropy reduction.
This reminds me of a chiller, in which an entropy reduction occurs during the densification phase – either through adsorption or compression.
By analogy with the cooling machine, it therefore seems conceivable that the electron clusters from the E-Cat machines, sometime “decluster” somewhere in a conductor or other device, causing that conductor or object to become cold.
Given the enormous energy production of the E-Cat, it seems plausible to me that you can also make something spectacularly cold.
Can you tell something about that? Or am I making crazy arguments again?
With best regards,
Koen
Dear Andrea,
You replied to Frank Ackland that the SKLed was successfully demonstrated to potential customers. Some questions about that:
1. Have these customers already preordered SKLed’s?
2. If yes, do these preorders substantially contribute to your target of 1 Million SKLed’s to start production?
Further some questions about the Ecat SKL:
3. Are you happy about the progress so far?
4. How likely is it to see the first product on the market next year?
5. Has the Self Sustained running time already been extended to substantially more than 24 hours?
Thanks for answering our questions.
I hope this year, with the demos of the SKLed and SKL will lead to the year of fame for you and your team.
Kind regards, Gerard
Hermes Atar Trismegistus:
Thank you for the information,
Warm Regards,
A.R.
Stephen Swatman:
I cannot answer this question,
Warm Regards,
A.R.
Dear Dr Rossi,
With the upcoming presentation on the horizon I would ask a question, if I may.
In May of this year we blogged
“I will attempt to be clearer.
The SKLed draws +/- 4 watts as a total input,
I assume the input power is then used to
a, power a led directly
b, power a Ecat that then powers the led
c, power the ecat that produces the light directly
2021-05-22 09:54 Andrea Rossi
Stephen Swatman:
Thank you for the precisation.
Answer:
b
Warm Regards,
A.R.”
My Question is;
Is the LED in the SKLed
A, commercially available?
B, a modified commercially available LED
C, propitiatory to Leonardo or a partner?
many thanks for your time and efforts.
Dear Andrea,
I know you are busy with the E-Cat SKL? But when you are off the work. I suggest you read Dan Combine 66 pages work “Radiant Energy and Over-Unity”:
http://gratisenergi.se/overunity.pdf
There is an interesting statement on page 50:
“About resonant Electrolysis, the Sonofusion water frequency is 23 to 24.5 Khz and its harmonics up to WATER boiling 2.45GHZ (microwave oven magnetron) and down to 2.45 Hz where the gas action separation is increased ten fold.”
If there is any truth in the “2.45 Hz” statement? Then you can build an car electrolyzer powered by 10 times less KW E-Cat SKL. This of course make you less rich. On the other hand, you can re-invent the following electrolyzer for use in cars with combustion engines:
Charles H. Garrett – Electrolytic Carburetor US 2,006,676
http://gratisenergi.se/garrett2006676.pdf
Best Wishes, Hermes
Wilfried Babelotzky:
1) It helps
2) Nothing, so far
3) What is written on
http://www.researchgate.net/publication/330601653_E-Cat_SK_and_long_range_particle_interactions
contains all I am able to think about so far,
Warm Regards,
A.R.
Frank Acland:
1. Yes
2. The performance has been as expected
Warm Regards,
A.R.
Dear Andrea,
1. Have you been carrying out any private demonstrations of the E-Cat SKLed for potential customers during this pre-presentation period?
2. If so, how successful have they been?
Best wishes,
Frank Acland
Dear Andrea,
1) Doesn’t the working E-Cat SKL prove the correctness of your theory?
2) What could be wrong with the theory and not affect the functionality of the E-Cat SKL?
3) Sure, the exact functionality of the E-Cat SKL is a trade secret, but is it also possible that the theoretical model in your head is more complete than on paper?
Warm greetings
Wilfried
Koen Vandewalle:
I am not able to measure such fluctuations, intriguing question, though.
Warm Regards,
A.R.
Hi Andrea,
The origin of the energy from the E-Cat devices continues to intrigue. I’m curious if you can observe fluctuations in the zero-point energy field by, for example, having a lot of E-Cats close to each other at full power.
If you can measure fluctuations, do the E-Cats become more powerful when they are closer to each other, or less powerful?
Polite but curious regards,
Koen
Chuck Davis:
Thank you for your support to our team,
Warm Regards,
A.R.
Dear Andrea, There will be many grateful people when they hear your presentation! https://news.yahoo.com/whats-causing-soaring-energy-prices-110000545.html
Warm regards,
Chuck Davis
Brenda:
1- yes
2- yes
Warm Regards,
A.R.
Dr Rossi:
1- has been your experimental and theoretical work with the Ecat technology sustained by University Professors ?
2- if yes, is it still so ?
Cheers
Brenda
Raphael:
I found it as reference 7 in the paper “Maxwell’s equations and Occam’s razor” of Giorgio Vassallo, Francesco Celani, Antonino Oscar Di Tommaso, published in the book “Maxwell-Dirac Theory and Occam’s Razor: Unified Field, Elementary Particles, and Nuclear Interactions” Amazon books, 2019, pp. 7-29.
Warm Regards,
A.R.
@Andrea Rossi
where did you find the reference 17 ?
Raphael:
the number 17
Warm Regards,
A.R.
Ed Yu:
Please send your order again here:
info@leonardocorp1996.com
Warm Regards,
A.R.
@ Dan Galburt
Your suggestion is right on track. I have bought a 7W a-Si and a 10W poly-Si panel on Amazon for doing illumination experiments from a 6000K, 3500 lm, 60 degree flood led lamp (waiting for the SKLed to be delivered). The object is that the 3.9W SKLed = 32W light (32W is probably a conservative number as optimization is not yet done) shall power the 7W panel in SSM. If successful it would be a very simple and clearly understandable demonstration of a SSM operation by a ZPE application.
Some hints if you are experimenting: The thin film panels don’t have individual cells which result in that the average Lux hitting the panel gives the power output while crystalline cells are connected in series so that the lowest Lux(= outer edge of the panel) will also govern power output. Using acrylic mirrors to reflect the light that falls outside the panel improves Lux distribution and increases power a lot.
My ultimate objective is to engineer a full scale solar panel with enough positive COP to be economical. Multiple panels will then connect to one of the open ports of my solar array inverter. Two positive effects: 1) the vertical stack of panels in my basement runs 24/7 compared to 10% yield of the roof mounted panels. 2) no permitting or certification is needed as you technically are only adding new panels to your existing ones where all is within the inverter max capacity.
Kind regards,
Calle H
Dear Dr Andrea Rossi,
I sent an order for Ecat SKLed but did not receive confirmation by e-mail, I again sent an order for Ecat SKLed and did not receive a confirmation by e-mail, there is no letters in the spam, in what could be the reason, order from Ukraine
Dr Rossi,
Among the references of
http://www.researchgate.net/publication/330601653_E-Cat_SK_and_long_range_particle_interactions
which is one you deem to be the most relevant ?
Dan Galburt:
Thank you for your suggestions,
Warm Regards,
A.R.
Dear Dr. Rossi,
I know you have designed the SKLed lamp to be a white light source that will sell in volume by having a combination of performance and cost that exceed any light source presently on the market. Assuming it works as advertised, the SKLed will also be the first commercial product that outputs more energy than it consumes to the extent that chemical energy sources cannot explain the energy production. I believe this fact will dominate interest in the SKLed more than its value as a highly efficient lamp. I don’t know what you’re going to present in December, but I hope its sufficiently convincing that you can make the lamp available for sale to the general public as planned. Once the SKLed is shipped, scientists and engineers can acquire samples and test the SKLed to measure its optical spectrum and energy output over time. If the expected energy gain is confirmed interest in your work and products will increase exponentially.
In the past you have said that placing a solar panel in the light output of the SKLed lamp produced only “milliamps” of output, and therefore was clearly insufficient to run the Lamp without an external power source. Further you indicated that the low output is largely a result of the spectral mismatch between the SKLed light and the response of the solar panel.
My calculations indicate that if the SKLed can output 32 watts of visible white light and given the sensitivity and spectral response of a mono crystalline silicon solar panel, it may be possible for the output of the solar panel to power the SKLed lamp.
Of critical importance to doing this successfully is that most of the SKLed light must fall uniformly on the solar panel. Non-uniform distribution of the light will greatly reduce the output. I would place a small solar panel in a box covered with special highly reflective but diffuse white material (commercially available). By adjusting the shape of the box most of the light from the SKLed lamp can be guided to uniformly illuminate the solar panel. The box acts like a light pipe.
Since a solar panel has multiple solar cells in series the current produced by the least lit cell determines the current from the panel.
Does this make sense to you?
Best Regards,
Dan Galburt
Chuck Davis:
1- it depends on the specific situations
2- no
Warm Regards,
A.R.
Calle H:
Maybe I did not understand, but the Ecat SKLed is designed to make light, not heat, although some heat comes out, in small measure.
Warm Regards,
A.R.
Dear Dr. Rossi,
Further to your comment that the SKLed could perform more or less at COP 8, why not illuminate a light absorbing liquid for heating water at COP 8? It would be the most simple heating device where safety, installation and certification issues would hardly exist.
Kind regards,
Calle H
Dear Andrea, Is it practical to buy two Ecatskl to have one as backup for off-grid applications? Does the charge have a shelf life?
Frank Acland:
So far, I have no reasons to delay,
Warm Regards,
A.R.
Ed Yu:
1 -20 +50 °C
2 6- 24
3 the dimmer is located in the bottom of the cylinder
Warm Regards,
A.R.
KeithT:
Thank you for your insight,
Warm Regards,
A.R.