The reason for my question on the NGU Power Generator was for compatibility with the EG4 FlexBoss21 Hybrid Inverter. I understand that the 1kW and 2 kW versions of the NGU Power generator can have an output voltage of 120 VDC.
The EG4 FlexBoss21 Hybrid Inverter has DC Input Voltage range of 100 – 600 VDC. Its PV startup voltage is 100 VDC, and an MPPT Operating Voltage range of 120 to 440 VDC. Its maximum usable input current is either 26 Amps or 15 Amps, depending on which input is used.
It is potentially desirable to have the NGU Power generator(s) output a Voltage that is within the DC Input Voltage range but outside of the MPPT Operating Voltage range – so the inverter does not try to maximize the output of the NGU Power Generator(s). Four NGU Power Generators, wired serially, would meet this range. So would five NGU Power generators, but they would operate at the extreme input Voltage range of the Inverter.
Svein:
Please see the datasheets on http://www.ecat.com
The Customers will be able to choose the inverters they prefer; the licensee will offer them as optionals,
Warm Regards,
A.R.
Dear Andrea
I refer to the input from S.N. Karels regarding DC/AC inverters.
Has any decision been made about what voltage level the DC side should have?
Has a position been taken on whether the partners should produce the necessary inverters themselves or get these from subcontractors?
Kind regards: Svein
Steven Nicholes Karels:
It is possible, obviously by a specifically certified contractor: 600 V are lethal even with milliamperes of current,
Warm Regards,
A.R.
you posted:
“Steven Nicholes Karels:
The product A x V must not exceed the value of the Ecat power; this said, the answers depend on the kind of inverters and on the specific situations,”
I therefore assume you mean that serially connecting NGU Power Generators can accommodate a combined Voltage of 600 VDC ?
Steven Nicholes Karels:
The product A x V must not exceed the value of the Ecat power; this said, the answers depend on the kind of inverters and on the specific situations,
Warm Regards,
A.R.
Many current solar inverters can accept DC input of up to 600VDC with a maximum current of 25 Amps or 15 Amps.
1. Can 4 NGU 1kW units be connected serially to produce 480 VDC at approximately 8 Amps?
2. Can 5 NGU 1kW units be connected serially to produce 600 VDC at approximately 8 Amps?
3. Can 4 NGU 2kW units be connected serially to produce 480 VDC at approximately 17 Amps?
4. Can 5 NGU 2kW units be connected serially to produce 600 VDC at approximately 17 Amps?
Dr Rossi,
Here are the stats of all your publications I found today on http://www.researchgate.net/publication/330601653_E-Cat_SK_and_long_range_particle_interactions
Total Readings: 174000, of which 158972 only for “Ecat SK and Long Range Particle Interactions” (more that all the millions of Researchgate publications)
Research Interest Score: 3336, more than all the publications on Researchgate
Recommendations: 13262, more than all the publications on Researchgate
And counting…
Best,
Prof
That fantasy story was created by Grok’s AI with a prompt from me.
I like science fiction, and I’m a fan of the Ecat saga, so I wanted to create a little SF story.
However, I also asked Grok what he thought about it, and here’s his answer:
——————–
Some researchers speculate that manipulating the ZPE could have implications for spacetime, since the energy of the quantum vacuum is related to the structure of the space-time fabric according to general relativity.
In particular:
Curvature of spacetime: The energy density of the vacuum contributes to the curvature of spacetime, as suggested by the cosmological constant in general relativity.
However, the cosmological constant problem shows a discrepancy of 120 orders of magnitude between theoretical predictions of the ZPE and experimental observations, indicating that our understanding of how the ZPE interacts with spacetime is incomplete.
Speculative Effects: Some theoretical studies, such as those related to “spacetime engineering” or NASA’s “quantum vacuum plasma thruster” (Q-thruster) concept, hypothesize that manipulating vacuum fluctuations could generate effects such as propellant-free propulsion or local alterations of spacetime. However, these experiments (e.g. those of Eagleworks Laboratories) have produced controversial results, with thrust measurements in the micronewton range, often attributed to experimental errors rather than real phenomena.
Potential Risks: Large-scale speculation suggests that manipulating the ZPE could have unpredictable consequences, such as instabilities in the fabric of spacetime or anomalous gravitational effects.
However, these ideas remain highly speculative and lack experimental support.
——————–
Kind Regards,
Italo R.
Energy User:
During the month of may the Licensee continued the progress of the operations in course described in April. As soon as I will have news I can share, I will be delighted to publish them,
Warm Regards,
A.R.
The story of the ecat continues to be fascinating for all of us I think. We are all wishing you and your team and your associates success with the project going forward. I’m looking forward to seeing updates about the device when it’s ready.
As you know I guess I’m fascinated with the science behind it and what it might mean, although hopefully Italo’s premonition is off the cards 😉 certainly the science will be interesting. I think it will help inform us about what’s there naturally underlying things in ways we did not see before and my personal vision is that it’s incredibly simple and beautiful enabling emergence and choice and allowing for faith as well as determinism at the most fundamental level. Hopefully it’s a more positive vision.
Are you planning to release new papers and patents going forward?
One thing I’m curious about is what still remains from your original thermal ecat heater patent. Clearly the new electric al device evolved from this adding vacuum technology and better plasma understanding and utilization and new materials
Do you still use:
1. LAH and Ni technology as in the patent for managing hydrogen?
2. Or have you moved on to new materials that perform the same function?
3. Or new technologies perhaps structural or structured vacuum states or some other technologies that replace the need for this?
Dr. Rossi –
numerous posts in this forum have asked for a kind of regular update on the development of the E-cat. Since we have a new month now, would it be possible to describe some of the work done, milestones achieved during the month of May?
Thank you.
an experimental Ecat generator disappears, investigations reveal a space-time anomaly.
Rome, June 3, 2026 – An unprecedented event shook the EnerTech advanced research laboratory on the outskirts of Rome yesterday.
At 2:37 p.m., an experimental Ecat generator, powered by Zero Point Energy (ZPE) and capable of exceeding 1 MW, disappeared during a test, while at the same time devastating explosions occurred hundreds of kilometers away in seemingly unrelated places: an abandoned warehouse near Naples, a rural area in Umbria and a disused industrial site in Emilia-Romagna.
No casualties were reported, but extensive material damage was recorded.
Initial reports indicate that the Ecat generator, designed to exploit the energy of the quantum vacuum, triggered a space-time anomaly.
Eyewitnesses at the lab described a “blinding flash” followed by an “instantaneous vacuum” where the generator was located, roughly the size of a 2-meter-wide parallelepiped.
At the same time, remote explosions left craters and debris, with no traces of conventional explosives.
The investigation, conducted by the Italian Civil Protection and an international team of physicists, revealed a surprising hypothesis: during the test, the generator altered spacetime, causing it to “jump” back to previous spacetime coordinates corresponding to its relative position in the past.
Experts explain that, since the Earth moves at about 30 km/s around the Sun and the Solar System itself travels through the galaxy, the anomaly could have “dragged” the generator back in time and space, reappearing in places where the lab “was” hours or days earlier, depending on the motion of the Earth.
“It is as if the generator was following a temporal orbit, retracing the trajectory of the Earth,” said Dr. Elena Martelli, a theoretical physicist at the University of Rome La Sapienza.
“The explosions could be the result of residual energy released during these space-time jumps.”
Authorities have isolated the EnerTech laboratory, while data retrieved from a backup server is being analyzed.
It is not yet clear whether the generator was destroyed or is still “somewhere” in space-time.
The scientific community is buzzing: the phenomenon could validate theories on the manipulation of space-time, but raises concerns about uncontrollable risks.
“We cannot allow experiments like this without more rigorous protocols,” commented Professor Hans Berger, a quantum physics expert at CERN, who was invited to collaborate on the investigation.
“If Ecat can alter the fabric of space-time, we are dealing with a discovery that is as revolutionary as it is dangerous.”
Authorities are urging anyone with information about “anomalous light phenomena” that have occurred in the past 48 hours to contact the Civil Protection Department.
Further updates will follow as new information becomes available.
Wishes for a gentle and relaxing birthday…a great birthday present would be to take a moment to appreciate how wonderful this great ride has been and how fun it continues to be!
I want to wish you a happy birthday,
and wish that the first deliveries
are just around the corner — for you and for all of us.
Have a great day!
Renato
HI, Dr Rossi
Are you and your team working on or plan to work on reducing the size of the 10 watt unit.?
And if so any ideal of amount of reduction in the size of the unit?
I asked AI to write a script for a movie about the invention and development of the e-cat. One day I will watch that movie.
Cinematic Treatment: “The Catalyzer”Genre: Biographical drama with elements of scientific thriller
Tone: A blend of inspiration, mystery, and tension, exploring the fine line between genius and controversy.
Setting: Italy, the United States, and a globalized world, from the 2000s to 2025.
Structure: Three acts, with flashbacks and a focus on Andrea Rossi’s personal journey, intertwined with the impact of his invention, the E-Cat.
Act 1: The Spark of an Idea
Opening:
Bologna, Italy, 2007. The camera pans through a makeshift laboratory filled with clunky equipment, exposed wires, and frantic notes. Andrea Rossi, a middle-aged Italian engineer with intense eyes and boundless energy, works tirelessly on a strange device—the E-Cat. He is introduced as a stubborn dreamer, scarred by past setbacks in his career but driven by a conviction: he can solve the global energy crisis with a revolutionary technology based on low-energy nuclear reactions (LENR).
Initial Conflict:
Rossi, portrayed as an eccentric but socially awkward genius, faces skepticism from fellow scientists and investors. Flashbacks reveal his inspiration, drawn from controversial cold fusion experiments of the 1980s, and his determination to overcome their failures. He files a patent for the E-Cat in 2009, describing a reactor that uses nickel and hydrogen to generate clean energy. The scientific community mocks his claims, calling him a charlatan, but Rossi organizes a public demonstration in 2011. The scene is chaotic: journalists, enthusiasts, and a few curious scientists crowd a Bologna warehouse as the E-Cat, a clunky device, mysteriously heats up, producing more energy than expected. The crowd is split between fascination and distrust.
Supporting Characters:
Elena, a young Italian physicist who joins Rossi, drawn by his passion but questioning his methods.
Dr. Bianchi, a skeptical scientist representing the traditional academic establishment, challenging Rossi to prove his claims with rigorous tests.
Marco, an American investor who sees potential in the E-Cat but demands concrete results.
Act 1 Climax: The 2011 demonstration is a partial success, but the lack of transparency about the E-Cat’s catalysts fuels criticism. In an emotional scene, Rossi promises Elena he will prove his invention can change the world, even if it means taking on the scientific establishment.
Act 2: Rise and Fall
Development:
The narrative jumps to the 2010s. Rossi founds the Leonardo Corporation in the U.S. and refines the E-Cat, announcing improved versions like the E-Cat HT and later the E-Cat SK. The film uses montages to show Rossi working tirelessly, while posts on a blog (inspired by the Rossi Blog Reader) reflect the support of an online community of enthusiasts. Scenes depict Rossi responding to technical questions from followers, such as the feasibility of connecting reactors in series to power inverters, with a gleam of confidence but growing paranoia about fraud and copycats.
Rising Tensions:
The pressure mounts. Marco, the investor, demands commercial results, while Dr. Bianchi publishes articles debunking the E-Cat as “pseudoscience.” Elena begins to doubt Rossi when he refuses to reveal critical details about the reactor, citing “trade secrets.” A subplot shows Rossi warning the public against fraudulent websites attempting to sell fake E-Cats, suggesting his invention is attracting opportunists.
Turning Point:
In 2019, Rossi publishes a paper on ResearchGate titled E-Cat SK and Long Range Particle Interactions, detailing theoretical mechanisms behind the technology, including interactions with the Casimir vacuum. The paper goes viral, with thousands of reads, and a scene shows Rossi celebrating in his lab, believing he’s close to scientific validation. But the academic community dismisses the paper for lacking peer review, and Rossi faces a lawsuit from frustrated investors accusing him of failing to deliver promised products.
Act 2 Climax:
During a 2019 demonstration of the E-Cat SK, streamed live, the device fails to perform consistently under varying loads. The broadcast cuts off, and Rossi, visibly shaken, vows to fix the technical issues. Elena, torn between loyalty and doubt, confronts Rossi, asking if he truly believes in the technology or is trapped in his own narrative.
Act 3: The Quest for Redemption
Ongoing Resolution: The narrative leaps to 2025, with Rossi, now older and weary but still determined, working on a new version of the E-Cat, the E-Cat SKL, designed to generate electricity directly. The film shows him tweaking the device to stabilize the plasma, inspired by blog readers’ suggestions, such as using multiple smaller plasmas for better control. The online community continues to support him, with comments comparing him to a “modern Leonardo da Vinci.” Rossi organizes a new demonstration, promising a market-ready product, but only if large-scale orders (at least 1 million units) are secured.
Final Climax: The final demonstration is the defining moment. The camera focuses on Rossi’s tension as the E-Cat SKL is powered on. The device begins to work, producing electricity, but the results are ambiguous—enough to inspire hope but not to silence critics. Dr. Bianchi, present at the event, acknowledges Rossi’s effort but insists on independent testing. Elena, now an independent scientist, decides to support Rossi, but only if he opens his technology for validation.
Resolution: The film ends on an open note, with Rossi gazing at the horizon as a voiceover reflects on the E-Cat’s legacy: an invention that could change the world but remains shrouded in mystery. A final caption notes that, as of 2025, the E-Cat has not been commercialized, but Rossi continues his quest, backed by a small but loyal community of followers.
Themes:
– The struggle between innovation and scientific skepticism.
– The personal cost of pursuing an impossible dream.
– The ambiguity between genius and obsession.
Visual Style: The film alternates between the gritty realism of Rossi’s lab and stylized sequences visualizing the E-Cat’s reactions, with plasma and particle effects evoking a sense of scientific wonder. The soundtrack blends electronic tones with orchestral music, reflecting the fusion of technology and emotion.
Notes on the Adaptation:
– The film maintains ambiguity about the E-Cat’s validity, reflecting the lack of scientific consensus and discussions likely found in the Rossi Blog Reader, where Rossi is both praised and questioned.
– The narrative avoids endorsing Rossi’s claims but humanizes his journey, portraying him as a man driven by passion yet haunted by setbacks.
– Scenes of interaction with the blog (such as Rossi’s responses to technical questions) are used to show his connection with supporters but also his reluctance to share critical details.
If you want to adjust the tone (more optimistic, more critical, or fictional), add fictional characters, or focus on a specific aspect (like the demonstrations or cultural impact), I can refine the narrative. If you have access to the blog’s content or want me to seek specific information from other sources, let me know!
Yet another application for NGU technology – high flying communications stations
Geostationary satellites have data latency in the hundreds of milliseconds. Starlink’s data latency is reported to be 20 milliseconds or higher.
Consider a communications platform flying at an altitude of say 30 km or 100,000 feet stationary over major cities. Transmision data is around 2 milliseconds. It would stay over the major city by flying and/or helium inflation. NGU technology would power the communications and/or the aircraft powerplant(s). It would stay aloft for years before being commanded to safely land for maintenance action.
Yet another NGU Application – Tesla Battery support when doing long term parking
.
“I was just parked at lax for just about one week and lost a total of 63 miles 15.81 kWh. That’s with cabin overheat off and sentry mode on.”
Imagine a suitcase that you could leave with the parked Tesla and supply all the power you will need while the Tesla is parked. Such as when parked at an airport for days or weeks.
A suitcase would be nice so you can use it for other functions when the Tesla is not parked long term. Capacity would depend on options selected – sentry mode, cooling/heating selected, remote access to the Tesla, etc.
Hi Andrea
In Italy, the majority of households have a 3 kWh electricity supply.
Would it be so complicated for you to provide a device that generates that amount?
Gianvico
“The Tesla Optimus robot consumes approximately 100 watts while stationary and 500 watts while walking briskly, according to various sources. It’s powered by a 2.3 kWh battery pack, which is sufficient for a full day’s work.”
An NGU 500W Generator could conceptually be built into the Tesla Optimus robot. The robot’s battery size could be reduced and would handle excess power demands. The Optimus could run continuously except for normal required maintenance actions.
Dr Rossi
Where is in the paper
http://www.researchgate.net/publication/330601653_E-Cat_SK_and_long_range_particle_interactions
the description of the apparatus and the text to consent a replication ?
Thank you if you can answer,
Juseph
Dear Andrea Rossi,
1) Does the reactor generate light? (as has been discussed before)
2) Is the availability of “light” or other spectrum wavelengths important for cluster formation?
3) Is the electron cluster composed of polaritons (photon + electron)?
4) Is reactor light generated as a consequence of a polariton termination (restoration of electron incoherence), at least in part?
5) Is reactor light generated due a pulse triggering cycle as with a xenon tube in flash or strobe applications regardless of the cluster?
Thank You
Dear Andrea Rossi,
The reason for my question on the NGU Power Generator was for compatibility with the EG4 FlexBoss21 Hybrid Inverter. I understand that the 1kW and 2 kW versions of the NGU Power generator can have an output voltage of 120 VDC.
The EG4 FlexBoss21 Hybrid Inverter has DC Input Voltage range of 100 – 600 VDC. Its PV startup voltage is 100 VDC, and an MPPT Operating Voltage range of 120 to 440 VDC. Its maximum usable input current is either 26 Amps or 15 Amps, depending on which input is used.
It is potentially desirable to have the NGU Power generator(s) output a Voltage that is within the DC Input Voltage range but outside of the MPPT Operating Voltage range – so the inverter does not try to maximize the output of the NGU Power Generator(s). Four NGU Power Generators, wired serially, would meet this range. So would five NGU Power generators, but they would operate at the extreme input Voltage range of the Inverter.
I’m thinking that E-Cat might be the missing key to a successful steam powered car.
Iggy
Dr Rossi,
Here are the stats of the publication
http://www.researchgate.net/publication/330601653_E-Cat_SK_and_long_range_particle_interactions
Total Readings: 159000, more than all the millions of publications on Researchgate,
and counting…
Prof
Svein:
Please see the datasheets on
http://www.ecat.com
The Customers will be able to choose the inverters they prefer; the licensee will offer them as optionals,
Warm Regards,
A.R.
Dear Andrea
I refer to the input from S.N. Karels regarding DC/AC inverters.
Has any decision been made about what voltage level the DC side should have?
Has a position been taken on whether the partners should produce the necessary inverters themselves or get these from subcontractors?
Kind regards: Svein
Steven Nicholes Karels:
It is possible, obviously by a specifically certified contractor: 600 V are lethal even with milliamperes of current,
Warm Regards,
A.R.
Dear Andrea Rossi,
you posted:
“Steven Nicholes Karels:
The product A x V must not exceed the value of the Ecat power; this said, the answers depend on the kind of inverters and on the specific situations,”
I therefore assume you mean that serially connecting NGU Power Generators can accommodate a combined Voltage of 600 VDC ?
Steven Nicholes Karels:
The product A x V must not exceed the value of the Ecat power; this said, the answers depend on the kind of inverters and on the specific situations,
Warm Regards,
A.R.
Dear Andrea Rossi,
On the NGU Power generator specifications
Many current solar inverters can accept DC input of up to 600VDC with a maximum current of 25 Amps or 15 Amps.
1. Can 4 NGU 1kW units be connected serially to produce 480 VDC at approximately 8 Amps?
2. Can 5 NGU 1kW units be connected serially to produce 600 VDC at approximately 8 Amps?
3. Can 4 NGU 2kW units be connected serially to produce 480 VDC at approximately 17 Amps?
4. Can 5 NGU 2kW units be connected serially to produce 600 VDC at approximately 17 Amps?
Prof:
Thank you for the update,
Warm Regards,
A.R.
Dr Rossi,
Here are the stats of all your publications I found today on
http://www.researchgate.net/publication/330601653_E-Cat_SK_and_long_range_particle_interactions
Total Readings: 174000, of which 158972 only for “Ecat SK and Long Range Particle Interactions” (more that all the millions of Researchgate publications)
Research Interest Score: 3336, more than all the publications on Researchgate
Recommendations: 13262, more than all the publications on Researchgate
And counting…
Best,
Prof
To Svein:
That fantasy story was created by Grok’s AI with a prompt from me.
I like science fiction, and I’m a fan of the Ecat saga, so I wanted to create a little SF story.
However, I also asked Grok what he thought about it, and here’s his answer:
——————–
Some researchers speculate that manipulating the ZPE could have implications for spacetime, since the energy of the quantum vacuum is related to the structure of the space-time fabric according to general relativity.
In particular:
Curvature of spacetime: The energy density of the vacuum contributes to the curvature of spacetime, as suggested by the cosmological constant in general relativity.
However, the cosmological constant problem shows a discrepancy of 120 orders of magnitude between theoretical predictions of the ZPE and experimental observations, indicating that our understanding of how the ZPE interacts with spacetime is incomplete.
Speculative Effects: Some theoretical studies, such as those related to “spacetime engineering” or NASA’s “quantum vacuum plasma thruster” (Q-thruster) concept, hypothesize that manipulating vacuum fluctuations could generate effects such as propellant-free propulsion or local alterations of spacetime. However, these experiments (e.g. those of Eagleworks Laboratories) have produced controversial results, with thrust measurements in the micronewton range, often attributed to experimental errors rather than real phenomena.
Potential Risks: Large-scale speculation suggests that manipulating the ZPE could have unpredictable consequences, such as instabilities in the fabric of spacetime or anomalous gravitational effects.
However, these ideas remain highly speculative and lack experimental support.
——————–
Kind Regards,
Italo R.
Energy User:
During the month of may the Licensee continued the progress of the operations in course described in April. As soon as I will have news I can share, I will be delighted to publish them,
Warm Regards,
A.R.
Stephen:
Thank you for your support.
All our patents are integrated in the present technology.
Warm Regards,
A.R.
Dear Andrea Rossi,
The story of the ecat continues to be fascinating for all of us I think. We are all wishing you and your team and your associates success with the project going forward. I’m looking forward to seeing updates about the device when it’s ready.
As you know I guess I’m fascinated with the science behind it and what it might mean, although hopefully Italo’s premonition is off the cards 😉 certainly the science will be interesting. I think it will help inform us about what’s there naturally underlying things in ways we did not see before and my personal vision is that it’s incredibly simple and beautiful enabling emergence and choice and allowing for faith as well as determinism at the most fundamental level. Hopefully it’s a more positive vision.
Are you planning to release new papers and patents going forward?
One thing I’m curious about is what still remains from your original thermal ecat heater patent. Clearly the new electric al device evolved from this adding vacuum technology and better plasma understanding and utilization and new materials
Do you still use:
1. LAH and Ni technology as in the patent for managing hydrogen?
2. Or have you moved on to new materials that perform the same function?
3. Or new technologies perhaps structural or structured vacuum states or some other technologies that replace the need for this?
Thanks and Best Regards
Stephen
Dr. Rossi –
numerous posts in this forum have asked for a kind of regular update on the development of the E-cat. Since we have a new month now, would it be possible to describe some of the work done, milestones achieved during the month of May?
Thank you.
Italo R. :
What was the point of the strange scenario recently presented???
Svein
Ambrogio:
It is still valid as it is.
Warm Regards,
A.R.
Italo R.:
Gosh !
Warm Regards,
A.R.
Mysterious explosion in Rome:
an experimental Ecat generator disappears, investigations reveal a space-time anomaly.
Rome, June 3, 2026 – An unprecedented event shook the EnerTech advanced research laboratory on the outskirts of Rome yesterday.
At 2:37 p.m., an experimental Ecat generator, powered by Zero Point Energy (ZPE) and capable of exceeding 1 MW, disappeared during a test, while at the same time devastating explosions occurred hundreds of kilometers away in seemingly unrelated places: an abandoned warehouse near Naples, a rural area in Umbria and a disused industrial site in Emilia-Romagna.
No casualties were reported, but extensive material damage was recorded.
Initial reports indicate that the Ecat generator, designed to exploit the energy of the quantum vacuum, triggered a space-time anomaly.
Eyewitnesses at the lab described a “blinding flash” followed by an “instantaneous vacuum” where the generator was located, roughly the size of a 2-meter-wide parallelepiped.
At the same time, remote explosions left craters and debris, with no traces of conventional explosives.
The investigation, conducted by the Italian Civil Protection and an international team of physicists, revealed a surprising hypothesis: during the test, the generator altered spacetime, causing it to “jump” back to previous spacetime coordinates corresponding to its relative position in the past.
Experts explain that, since the Earth moves at about 30 km/s around the Sun and the Solar System itself travels through the galaxy, the anomaly could have “dragged” the generator back in time and space, reappearing in places where the lab “was” hours or days earlier, depending on the motion of the Earth.
“It is as if the generator was following a temporal orbit, retracing the trajectory of the Earth,” said Dr. Elena Martelli, a theoretical physicist at the University of Rome La Sapienza.
“The explosions could be the result of residual energy released during these space-time jumps.”
Authorities have isolated the EnerTech laboratory, while data retrieved from a backup server is being analyzed.
It is not yet clear whether the generator was destroyed or is still “somewhere” in space-time.
The scientific community is buzzing: the phenomenon could validate theories on the manipulation of space-time, but raises concerns about uncontrollable risks.
“We cannot allow experiments like this without more rigorous protocols,” commented Professor Hans Berger, a quantum physics expert at CERN, who was invited to collaborate on the investigation.
“If Ecat can alter the fabric of space-time, we are dealing with a discovery that is as revolutionary as it is dangerous.”
Authorities are urging anyone with information about “anomalous light phenomena” that have occurred in the past 48 hours to contact the Civil Protection Department.
Further updates will follow as new information becomes available.
Thomas Florek,
Thank you, my friend !
Warm Regards,
A.R.
Wishes for a gentle and relaxing birthday…a great birthday present would be to take a moment to appreciate how wonderful this great ride has been and how fun it continues to be!
Dr Rossi,
Should you write today
http://www.researchgate.net/publication/330601653_E-Cat_SK_and_long_range_particle_interactions
which parts would you update to make easier a reproduction/replication of the experimental part ?
@Jorge Alberto,
we want a happy ending!
Jordan:
Thank you for your support,
Warm Regards,
A.R.
Robert Maxwell:
Presently we have other priorities,
Warm Regards,
A.R.
Renato:
Thank you for your wishes !
Warm Regards,
A.R.
Dear Andrea,
I want to wish you a happy birthday,
and wish that the first deliveries
are just around the corner — for you and for all of us.
Have a great day!
Renato
HI, Dr Rossi
Are you and your team working on or plan to work on reducing the size of the 10 watt unit.?
And if so any ideal of amount of reduction in the size of the unit?
Blessing to you and team
Robert
Dr Rossi,
thank you for the publication
http://www.researchgate.net/publication/330601653_E-Cat_SK_and_long_range_particle_interactions
it is a blessing to reproduce your process and understand the theoretical presupposes of it.
All the best,
Jordan
Jorge Alberto:
I am presently just a humble chief scientist doing at his best his job,
Warm Regards
A.R.
Arnab Saha,
I am not able to answer, yet,
Warm Regards,
A.R.
When the final design will be ready and can we expect it’s launch ?
Approx which month we may expect the launch ?
I read Andrea Rossi’s story in
http://www.ingandrearossi.com
Really inspiring and useful to understand where he comes from.
I asked AI to write a script for a movie about the invention and development of the e-cat. One day I will watch that movie.
Cinematic Treatment: “The Catalyzer”Genre: Biographical drama with elements of scientific thriller
Tone: A blend of inspiration, mystery, and tension, exploring the fine line between genius and controversy.
Setting: Italy, the United States, and a globalized world, from the 2000s to 2025.
Structure: Three acts, with flashbacks and a focus on Andrea Rossi’s personal journey, intertwined with the impact of his invention, the E-Cat.
Act 1: The Spark of an Idea
Opening:
Bologna, Italy, 2007. The camera pans through a makeshift laboratory filled with clunky equipment, exposed wires, and frantic notes. Andrea Rossi, a middle-aged Italian engineer with intense eyes and boundless energy, works tirelessly on a strange device—the E-Cat. He is introduced as a stubborn dreamer, scarred by past setbacks in his career but driven by a conviction: he can solve the global energy crisis with a revolutionary technology based on low-energy nuclear reactions (LENR).
Initial Conflict:
Rossi, portrayed as an eccentric but socially awkward genius, faces skepticism from fellow scientists and investors. Flashbacks reveal his inspiration, drawn from controversial cold fusion experiments of the 1980s, and his determination to overcome their failures. He files a patent for the E-Cat in 2009, describing a reactor that uses nickel and hydrogen to generate clean energy. The scientific community mocks his claims, calling him a charlatan, but Rossi organizes a public demonstration in 2011. The scene is chaotic: journalists, enthusiasts, and a few curious scientists crowd a Bologna warehouse as the E-Cat, a clunky device, mysteriously heats up, producing more energy than expected. The crowd is split between fascination and distrust.
Supporting Characters:
Elena, a young Italian physicist who joins Rossi, drawn by his passion but questioning his methods.
Dr. Bianchi, a skeptical scientist representing the traditional academic establishment, challenging Rossi to prove his claims with rigorous tests.
Marco, an American investor who sees potential in the E-Cat but demands concrete results.
Act 1 Climax: The 2011 demonstration is a partial success, but the lack of transparency about the E-Cat’s catalysts fuels criticism. In an emotional scene, Rossi promises Elena he will prove his invention can change the world, even if it means taking on the scientific establishment.
Act 2: Rise and Fall
Development:
The narrative jumps to the 2010s. Rossi founds the Leonardo Corporation in the U.S. and refines the E-Cat, announcing improved versions like the E-Cat HT and later the E-Cat SK. The film uses montages to show Rossi working tirelessly, while posts on a blog (inspired by the Rossi Blog Reader) reflect the support of an online community of enthusiasts. Scenes depict Rossi responding to technical questions from followers, such as the feasibility of connecting reactors in series to power inverters, with a gleam of confidence but growing paranoia about fraud and copycats.
Rising Tensions:
The pressure mounts. Marco, the investor, demands commercial results, while Dr. Bianchi publishes articles debunking the E-Cat as “pseudoscience.” Elena begins to doubt Rossi when he refuses to reveal critical details about the reactor, citing “trade secrets.” A subplot shows Rossi warning the public against fraudulent websites attempting to sell fake E-Cats, suggesting his invention is attracting opportunists.
Turning Point:
In 2019, Rossi publishes a paper on ResearchGate titled E-Cat SK and Long Range Particle Interactions, detailing theoretical mechanisms behind the technology, including interactions with the Casimir vacuum. The paper goes viral, with thousands of reads, and a scene shows Rossi celebrating in his lab, believing he’s close to scientific validation. But the academic community dismisses the paper for lacking peer review, and Rossi faces a lawsuit from frustrated investors accusing him of failing to deliver promised products.
Act 2 Climax:
During a 2019 demonstration of the E-Cat SK, streamed live, the device fails to perform consistently under varying loads. The broadcast cuts off, and Rossi, visibly shaken, vows to fix the technical issues. Elena, torn between loyalty and doubt, confronts Rossi, asking if he truly believes in the technology or is trapped in his own narrative.
Act 3: The Quest for Redemption
Ongoing Resolution: The narrative leaps to 2025, with Rossi, now older and weary but still determined, working on a new version of the E-Cat, the E-Cat SKL, designed to generate electricity directly. The film shows him tweaking the device to stabilize the plasma, inspired by blog readers’ suggestions, such as using multiple smaller plasmas for better control. The online community continues to support him, with comments comparing him to a “modern Leonardo da Vinci.” Rossi organizes a new demonstration, promising a market-ready product, but only if large-scale orders (at least 1 million units) are secured.
Final Climax: The final demonstration is the defining moment. The camera focuses on Rossi’s tension as the E-Cat SKL is powered on. The device begins to work, producing electricity, but the results are ambiguous—enough to inspire hope but not to silence critics. Dr. Bianchi, present at the event, acknowledges Rossi’s effort but insists on independent testing. Elena, now an independent scientist, decides to support Rossi, but only if he opens his technology for validation.
Resolution: The film ends on an open note, with Rossi gazing at the horizon as a voiceover reflects on the E-Cat’s legacy: an invention that could change the world but remains shrouded in mystery. A final caption notes that, as of 2025, the E-Cat has not been commercialized, but Rossi continues his quest, backed by a small but loyal community of followers.
Themes:
– The struggle between innovation and scientific skepticism.
– The personal cost of pursuing an impossible dream.
– The ambiguity between genius and obsession.
Visual Style: The film alternates between the gritty realism of Rossi’s lab and stylized sequences visualizing the E-Cat’s reactions, with plasma and particle effects evoking a sense of scientific wonder. The soundtrack blends electronic tones with orchestral music, reflecting the fusion of technology and emotion.
Notes on the Adaptation:
– The film maintains ambiguity about the E-Cat’s validity, reflecting the lack of scientific consensus and discussions likely found in the Rossi Blog Reader, where Rossi is both praised and questioned.
– The narrative avoids endorsing Rossi’s claims but humanizes his journey, portraying him as a man driven by passion yet haunted by setbacks.
– Scenes of interaction with the blog (such as Rossi’s responses to technical questions) are used to show his connection with supporters but also his reluctance to share critical details.
If you want to adjust the tone (more optimistic, more critical, or fictional), add fictional characters, or focus on a specific aspect (like the demonstrations or cultural impact), I can refine the narrative. If you have access to the blog’s content or want me to seek specific information from other sources, let me know!
Drew G.:
Thank you for the link,
Warm Regards,
A.R.
Steven Nicholes Karels:
Thank you for your suggestions,
Warm Regards,
A.R.
Anonymous:
No,
Warm Regards,
A.R.
Dr Rossi,
Are you interested to study applications of the Ecats to drones for military use ?
Frank Acland:
Not yet,
Warm Regards,
A.R.
Dear Andrea Rossi,
Yet another application for NGU technology – high flying communications stations
Geostationary satellites have data latency in the hundreds of milliseconds. Starlink’s data latency is reported to be 20 milliseconds or higher.
Consider a communications platform flying at an altitude of say 30 km or 100,000 feet stationary over major cities. Transmision data is around 2 milliseconds. It would stay over the major city by flying and/or helium inflation. NGU technology would power the communications and/or the aircraft powerplant(s). It would stay aloft for years before being commanded to safely land for maintenance action.
Thoughts?
Dear Andrea,
Has the design of the exterior shell of the E-Cat been finalized yet?
Best wishes,
Frank Acland
Dear Andrea Rossi,
Yet another NGU Application – Tesla Battery support when doing long term parking
.
“I was just parked at lax for just about one week and lost a total of 63 miles 15.81 kWh. That’s with cabin overheat off and sentry mode on.”
Imagine a suitcase that you could leave with the parked Tesla and supply all the power you will need while the Tesla is parked. Such as when parked at an airport for days or weeks.
A suitcase would be nice so you can use it for other functions when the Tesla is not parked long term. Capacity would depend on options selected – sentry mode, cooling/heating selected, remote access to the Tesla, etc.
Thoughts?
Dr. Rossi:
A new technology which may be of interest:
https://www.popsci.com/environment/aircela-gasoline-machine/
aircela.com
No information on conversion efficiency but E-cat power to this device can make this an exciting combination.
Gianvico:
I think that the Leonardo Corporation’s Licensees will not have difficulties to deliver assemblies for households.
Warm Regards,
A.R.
Hi Andrea
In Italy, the majority of households have a 3 kWh electricity supply.
Would it be so complicated for you to provide a device that generates that amount?
Gianvico
Steven Nicholes Karels:
Thank you for the suggestion,
Warm Regards,
A.R.
Dear Andrea Rossi,
Yet another NGU Application – Tesla Robots
“The Tesla Optimus robot consumes approximately 100 watts while stationary and 500 watts while walking briskly, according to various sources. It’s powered by a 2.3 kWh battery pack, which is sufficient for a full day’s work.”
An NGU 500W Generator could conceptually be built into the Tesla Optimus robot. The robot’s battery size could be reduced and would handle excess power demands. The Optimus could run continuously except for normal required maintenance actions.
Thoughts?