The limitation on speed imposed by special relativity does not apply to the expansion of spacetime itself.
Special relativity says that nothing can move through space faster than light, but it doesn’t put a speed limit on the properties of space itself.
Think of it like a ruler stretching: the marks on the ruler aren’t “moving” in the traditional sense, but the distance between them is growing. Because space is expanding everywhere at once, two points far enough apart can recede from each other much faster than C. This is why we can’t see galaxies beyond the cosmological horizon—their light simply can’t keep up with the stretching of the “fabric” between us.
The mechanisms that enable warp drive is predicated on the manipulation of spacetime.
The Warp drive mechanisms rely on the fact that while objects with mass cannot exceed the speed of light through space, space itself can expand and contract at any rate. This fundamental principle of general relativity allows for theoretical solutions, most notably the Alcubierre Drive, where a spacecraft moves not by local acceleration, but by manipulating the geometry of the universe.
Key Mechanisms of Spacetime Manipulation
The Warp Bubble: The drive creates a localized “bubble” of flat spacetime around the vessel. Inside this bubble, the ship remains stationary relative to its immediate surroundings, experiencing no G-forces or acceleration.
Compression and Expansion: The mechanism works by contracting space in front of the bubble and expanding space behind it. This creates a “wave” of spacetime that carries the bubble and its contents toward a destination.
Surfing Spacetime: Like a surfer on a wave, the ship is carried along as the region of space it occupies moves. Because the ship is at rest within its local frame, it sidesteps the relativistic speed limit and time dilation effects.
Major Theoretical Hurdles
While mathematically consistent with Einstein’s field equations, building such a drive faces extreme challenges:
Negative Energy Requirements: Traditional models require exotic matter with negative energy density to produce the repulsive gravitational effect needed for expansion. Since Dr. Rossi’s IP uses a BEC that produces negative photon momentum, this is actually negative energy.
Energy Magnitude: Early estimates suggested energy requirements equivalent to the mass of the entire visible universe or the planet Jupiter to create a single bubble.
Physical Realizability: Recent research into Physical Warp Drives has proposed subluminal (slower than light) models that use “regular” matter and positive energy, though these still require immense energy densities.
The post explains how Dr. Rossi’s IP can form the basis of a star ship that goes faster than light at warp 10.
In this post, the AI lay it all out: how the limitations on a faster than light starship can be overcome and how to use Rossi’s IP to travel between the stars.
https://www.journal-of-nuclear-physics.com/?p=892&cpage=916#comment-1705978
Thank you for your thoughtful post of: 2026-04-10 19:54 Axil
The part of your post that I do believe I may be qualified to comment on is this:
“I believe that the traditional view of the future that most of us now have will not conform with the huge impact that the NGU as well as other associated follow on vacuum based energy systems will have on the world and on the global population. When fully fielded, the NGU will make hundreds of millions of people who work in all other energy field operations redundant.”
According to the US Department of Energy, less than 6% of the US labor force works in ‘the energy industries’. That is less than three years of 2% a year productivity growth. And the great problem of the economies of the US and many other countries in the past couple of decades has been a marked slowdown in the rate of improvement in productivity. So a new source of productivity growth will be more than welcome.
The US economy’s problem is not that too many people are unemployed. Instead it is that the economy is so close to full employment that there is no prospect of brisk economic growth any time soon, for the simple reason that there is no one available to do the work that faster economic growth would require.
I have no firm opinion about what AI has in store. Except to say that, if AI is even half as smart as its exponents claim, it should have no trouble telling us how to create jobs, if that turns out to be what is needed.
You pointed out in JoNP on March 9th and in the interview on April 10th that for 2026: “The most important milestone is a global presentation”
I would like to ask you for a closer look at how a “global” presentation differs from a “normal” presentation:
I understand that technical and organizational details around Ecat are something that it is smart to most keep hidden, from competitors.
At the same time, openness towards your followers on other issues is of positive importance for you and your representatives.
I have some thoughts of my own about what a “global” presentation entails based on the framework of information that is now available from you, but I believe that the readers’ interest in your view here is far greater than what I think.
Elaborating on the meaning of: “global” presentation does not seem to be detrimental to Leonardo Corp. or the licensees.
One of the main questions here will be to what extent the effects of several commissioned plants will be thoroughly reviewed and the COP achieved will be confirmed by neutral, adequate institutions.
This situation requires that one does not rush into the “global” presentation.
Since it will probably take some 10 years from the introduction of Ecat until the majority of energy production has been taken over from the currently existing hydrocarbon plants, the lifespan of the Ecat devices will also be well known.
I believe that the traditional view of the future that most of us now have will not conform with the huge impact that the NGU as well as other associated follow on vacuum based energy systems will have on the world and on the global population.
When fully fielded, the NGU will make hundreds of millions of people who work in all other energy field operations redundant. Robots will build the NGU using only at most a few thousand people to field the NGU world wide.
The culture shock all over the world that the NGU precipitates will be catastrophic.
What does the AI project what the near future will bring:
Will governments combate massive unemployment due to AI and vacuum energy production by reverting to military service and conflict to keep the population down and imposing discipline on the population. Assume that the extraction of energy from spacetime will be announced before the end of this year. What new job types will be created by technology advance. Would jobs be created to convert all forms of current energy usage into associated spacetime energy alternatives.
AI opinion as follows:
The intersection of advanced artificial intelligence (AI) and the hypothetical breakthrough of vacuum energy extraction presents a scenario of unprecedented economic transformation. While such technologies could lead to utopian abundance, they also threaten massive job displacement.
Government Responses to Unemployment and Social Stability:
Rather than solely reverting to historical methods like war to control populations, enlighted governments are more likely to implement structural economic changes to manage potential unemployment:
Universal Basic Income (UBI): With widespread automation rendering human labor economically uncompetitive, governments would be pressured to distribute a share of AI-driven profits, potentially using UBI or direct equity redistribution to maintain social order.
Increased Corporate Taxes: Governments may increase taxes on AI ventures and robotic automation to fund social support systems.
Military Expansion Risk: A significant danger exists that AI-enabled weaponry, if not managed, could be used by states to enforce discipline or engage in, or prevent, war, particularly as AI models might lack human understanding of stakes, and the pressure of a “jobless” world might accelerate conflict.
New Job Types Created by Technology Advance
Advanced AI will create new roles focused on building, managing, and governing autonomous systems:
AI Agent Managers/Integrators: Managers who coordinate teams of autonomous AI agents rather than human employees.
AI Auditors and Ethicists: Experts who review AI systems for compliance, bias, security, and ethical standards.
Prompt Engineers/AI Trainers: Professionals who mix logic, language, and creativity to guide AI models.
Human-in-the-Loop “Trust” Roles: Legal guarantors and human overseers for high-stakes AI decisions.
AI Personality Directors: Individuals who fine-tune the interactions and tone of custom AIs.
Job Creation in Spacetime Energy Transition
The introduction of vacuum energy would initiate a massive, decades-long infrastructure transformation, creating millions of jobs:
Spacetime Energy Converter Technicians: Roles focusing on retrofitting, upgrading, and replacing fossil fuel and renewable power systems with spacetime extraction technology.
Retrofitting and Conversion: Similar to the current transition to renewables, a massive workforce would be needed for construction and manufacturing of new energy infrastructure.
Infrastructure Converters: Engineers and contractors specializing in converting current energy usage (transportation, buildings, industrial grids) into space-time energy alternatives.
Spacetime Energy Technicians: Just as clean energy now employs more workers than fossil fuels, a shift would create millions of jobs in deploying new technology modules and maintaining spacetime energy extraction grids.
Vacuum Reactor Operators & Specialized Technicians: Jobs in the manufacturing, maintenance, and operation of new vacuum energy plants.
Grid Modernization: Massive infrastructure builds for data centers and energy grids would be required to handle a new, abundant power source.
The shift, similar to the current clean energy boom, could create a “green jobs” type boom, with specialized roles in power generation and building electrification adding millions of jobs.
Space exploration is projected to expand significantly in the coming years, driven by a “commercial boom” and the integration of advanced technologies like AI and next-generation power sources. Analysts from McKinsey and Brookings estimate the global space economy could reach $1.8 trillion by 2035.
Strategic Drivers of Space Expansion
The convergence of AI and breakthrough energy concepts is fundamentally changing the feasibility of long-term missions:
Propellantless Propulsion: Theoretical breakthroughs in harnessing quantum vacuum energy suggest a future where “leaving the propellant at home” becomes possible. This would eliminate the massive fuel-to-mass ratios that currently limit deep-space travel.
AI-Driven Autonomy: AI has become the “central nervous system” of space operations. Modern rovers like NASA’s Perseverance already use AI to navigate terrain 50% to 60% faster than previous generations.
Cost Reductions: Reusable rocket technology from leaders like SpaceX and Blue Origin has significantly lowered the cost of entry, allowing for more frequent missions and a “proliferated constellation” of commercial satellites.
Space Architecture & Construction: Engineers are now prototyping systems to live on the Moon using 3D-printed parts made from lunar dust.
Space Law & Ethics: As commercialization expands, there is a growing demand for legal experts and policymakers to navigate the complexities of orbital property and governance.
Health & Sustainability: New roles for Space Sustainability Specialists and In-Orbit Fabrication Technicians are emerging to ensure long-duration missions are environmentally and physically viable.
Your comment that if it was up to you, you make the ‘presentation’ today was encouraging. . Hopefully, the Global Licensee understands the urgency to communicate what has been accomplished ASAP.
Your labeling of the elite behind the legacy energy providers as aristocrats was generous. I can think of some other words! Ordinary people have no idea, and assume the risks are just Hollywood storylines.
Thank you for your progress update video with Frank. Though disappointed that the progress is slower than I would have liked, I was encouraged by the fact that production is in multiple sites, material supplies are not an issue, and that the lower power units (like ones that I have ordered!) will be announced at the same time as the Megawatt units.
Please keep up the important work and Godspeed for completion!
On another note, the IEEE Transmission and Distribution Conference will be held In Chicago Illinois from May 4-7. The conference has over 900 exhibitors, 15,000 professional attendees attend the conference, with 100 Session hosting 600 speakers from 60 countries, including 3800 utility professionals. Consider sending (likely your licensee will be there!) someone on you team to scope it out for next year after the Ecat-NGU product announcement.
With some hesitation because this may be obvious and it may NOT be accurate. I want to offer some ideas on the business side of E-Cat and IP protection.
Until ECat is ubiquitous for the planet, transportation costs are a killer cost factor. The other big cost is tariffs – incentivizing manufacturers ers put factories inside the countries with the markets they serve.
It’s taken decades to find an economic, safe, stable E-Cat. Is it possible to use precision, automated manufacturing to produce the module(s) where the magic happens at scale and allow manufacturers and integrators to assemble production units with module. Theoretically, this should lower transportation and tariff costs.
This idea is somewhat analogous to the marketing campaign from years ago that said “Intel Inside”. It would say, for example, “E-Cat Exclusive”.
The ultimate response to the people who will reverse engineer E-Cat.(& the LENR competitors) Is for the E-Cat ecosystem to attract significant capital and top talent to move rapidly in continuous innovation.
The demand for the electricity that.E-Cat produces is insatiable. The focus should be to serve as many people as quickly as possible, not squeezing maximum profits. Having said that, I believe the wealth generated from E-Cat will be off the charts. IMHO!
With the adoption of the Never Give Up (NGU) vacuum energy system, what does this bode for the US petro dollar and the US economy
Based on the, though largely theoretical, concepts surrounding vacuum energy (Zero-Point Energy) and the established, high-stakes nature of the U.S. petrodollar system, the widespread adoption of a functional “Never Give Up” (NGU) vacuum energy system would fundamentally destroy the existing US petrodollar and radically transform the US economy.
Impact on the US Petrodollar System
End of Dollar Hegemony: The petrodollar system relies on the global requirement for U.S. dollars to purchase oil. If energy is extracted directly from space-time, the demand for oil drops precipitously, removing the primary reason for the world to maintain vast U.S. dollar reserves, destroying the “locked-in” system that fuels dollar demand.
Collapse of Foreign Demand for Treasuries: Oil-producing nations currently “recycle” their dollar surpluses back into the U.S. economy by buying Treasury bills. An NGU system makes these imports unnecessary, causing a drop in foreign inflows, which could lead to significantly higher interest rates for US debt.
End of “Exorbitant Privilege”: The U.S. currently enjoys the ability to finance massive deficits, military, and infrastructure through foreign demand for dollars. A shift to vacuum energy removes this geopolitical leverage, stripping away the “exorbitant privilege” of controlling global oil-for-dollar trading.
Impact on the US Economy
Manufacturing and Energy Costs: The cost of energy would theoretically approach zero, sparking a massive industrial and manufacturing renaissance, making the US a powerhouse of local production.
Disruption of the Energy Sector: Traditional energy giants (oil, natural gas, coal) would experience a complete collapse, causing massive layoffs and requiring a monumental transition of capital and labor to new industries.
Infrastructure Transformation: The electrical grid and energy infrastructure would need a complete overhaul to accommodate decentralized, vacuum-based energy generation rather than centralized power plants.
Shift from Material Control to Technology: The economy would pivot from focusing on acquiring raw natural resources to accelerating innovation and manufacturing of the NGU technology.
In essence, the adoption of a “Never Give Up” vacuum energy system would turn the US from an economy based on the control of resources (oil) to one based on the adoption of high-tech innovation, likely causing a temporary period of severe economic disruption, followed by long-term abundance and a totally new paradigm for the US dollar.
Allocation of capital will greatly favor adoption of NGU reactor tech worldwide to eliminate energy production worker costs.
Job elimination from AI adoption is minimus compared to the number of jobs eliminated worldwide by an all pervasive NGU reactor tech adoption.
Using a completely automated centralized robotic factory based manufacturing system, the NGU power reactor will displace many millions of jobs in all current energy sectors in all counties throughout the world using just a few hundred reactor production workers and workers in the NGU production chains.
For example, as of 2024, the global energy sector employs approximately 76 million people worldwide. This figure represents roughly 2.4% of the total global workforce and reflects a surge of over 5 million new jobs since 2019.
A partial breakdown by region:
China: Employs nearly 20 million people, making up roughly 26% of the global energy workforce. In 2023, clean energy accounted for over 90% of China’s energy job growth.
India: One of the fastest-growing regions, with energy employment increasing by 5.8% in 2024.
Middle East: Home to the highest energy-sector workforce density. Over 4% of the regional workforce is in energy, nearly double the global average of 2%.
North America: The United States employs approximately 8.5 million energy workers, roughly 5.4% of its total workforce. Texas alone leads the U.S. with nearly 1 million energy jobs.
Africa and South America: These regions each account for only 3% of global clean energy manufacturing jobs but are significant hubs for raw material extraction and traditional fuels.
The future bodes great changes ahead for all societies throughout the world.
Why is so much capital being invested in AI infrastructure: to cut labor costs.
Oracle is reportedly laying off up to 30,000 employees globally, roughly 18% of its workforce, following a massive, 6:00 a.m. email notification on March 31, 2026, to cut costs and pivot toward AI infrastructure investment. The layoffs are heavily targeting roles in AI and data centers, with significant impacts reported in India and the U.S..
Key Details on the Layoffs:
Scale: Reports indicate up to 30,000 positions are affected, representing a significant reduction of Oracle’s global staff.
Method: Employees reported receiving abrupt, automated, 6:00 a.m. emails detailing that their roles were eliminated immediately.
Cause: The restructuring is aimed at increasing spending on data centers, AI infrastructure, and a reported multibillion-dollar contract with OpenAI.
Impacted Regions: India was heavily affected, with estimates of 12,000 jobs lost in that region alone.
Severance: Some reports suggest employees are receiving up to 26 weeks of severance pay.
The company is reallocating capital to support massive investments in AI ventures, transitioning away from traditional business units.
Electric and natural gas costs are expected to rise significantly in 2026 and beyond, with some regions facing 10–20% spikes in electric bills due to higher demand and infrastructure investments.
Nationwide residential electricity prices have increased by roughly 30% over the past decade, with 2025 seeing an average 5-6% rise.
Key Trends in Energy Costs (2025–2028):
Electricity Rates: Average U.S. residential electricity prices are expected to rise, with some states seeing over 10% jumps, particularly in the Northeast. Pennsylvania, for example, saw 10–20% increases in 2025 with further increases expected in 2026.
Natural Gas Prices: Wholesale natural gas spot prices (Henry Hub) are projected to rise significantly from 2024 lows, affecting both heating and electricity generation.
Future Projections: Utilities are proposing significant rate increases, totaling over $31 billion in 2025, which will continue to drive up costs through 2028.
Drivers: Key factors driving these costs include rising natural gas demand, grid modernization costs, and surging power consumption from data centers.
Regional Variations:
High-Increase Areas: NJ, IL, PA, and the District of Columbia saw some of the highest increases (>10%) in early 2026.
Stable Areas: Some states with increased renewable generation, such as Nevada and Arizona, may see more stable or lower rates.
AI prompt
Compare the hydrino theory in this paper: Cont_EUV_HOH-031215.pdf with that provided in Holmlid’s research on the structure of ultra dense hydrogen. consider if the hydrino theory is a misinterpretation of the low lying electron structural position analysis of ultra dense hydrogen as a hole superconductor. also consider the Rossi – Holmlid EVO generation interpretation of UDH based energy production. which one of these three interpretations is likely to be capable of overunity energy production.
AI response
Brilliant Light Power’s hydrino theory proposes atomic electron transitions to lower energy states, whereas Leif Holmlid’s research on Ultra-Dense Hydrogen (UDH) suggests energy generation via baryon annihilation in a condensed, high-density lattice. While UDH is theorized to behave as a hole superconductor, the Rossi-Holmlid EVO interpretation suggests energy arises from collective plasma effects, with Holmlid’s annihilation model offering the highest theoretical energy density. To explore the specific spectral evidence cited by Mills, see the Brilliant Light Power paper.
AI redirect
you have not addressed this output, please do so: which one of these three interpretation is most likely to be capable of overunity energy production.
A comparative analysis of the three interpretations follows, evaluating their theoretical mechanisms, the “misinterpretation” hypothesis, and their potential for high-gain (“overunity”) energy production.
1. Comparison of the Theories
A. Mills’ Hydrino Theory (Brilliant Light Power)
Mechanism: Proposes that the electron in a hydrogen atom can transition to “fractional” quantum states below the traditional ground state.
Structure: The “hydrino” is a shrunken hydrogen atom with a smaller radius and higher binding energy. The transition releases high-energy photons in the Extreme Ultraviolet (EUV) and Soft X-ray range (continuum radiation).
Paper Context (Cont_EUV_HOH-031215): This likely refers to Mills’ experimental reports of observing EUV continuum radiation (around 10–30 nm) from hydrogen plasmas, which he claims cannot be explained by conventional recombinations and thus proves the existence of the hydrino transition.
B. Holmlid’s Ultra-Dense Hydrogen (UDH)
Mechanism: Hydrogen condenses into an ultra-dense, metallic phase (H0) often on the surface of catalysts (like potassium-promoted iron oxide).
Structure: consists of spin-1 Cooper pairs of electrons (bosons) with an extremely short bond distance (~2.3 pm, vs. 74 pm in normal ). Holmlid describes this material as a superconductor and superfluid at room temperature.
Energy Production: Laser stimulation or spontaneous decay of leads to particle emission (kaons, pions, muons) and “annihilation-like” processes, releasing energy at the nuclear scale (MeV to GeV), far exceeding chemical capabilities.
C. Rossi-Holmlid EVO Interpretation
Mechanism: This view reframes the energetic phenomena as being driven by Exotic Vacuum Objects (EVOs)—coherent, self-organizing clusters of electrons and ions (originally described by Ken Shoulders).
Interpretation: In this model, Holmlid’s “ultra-dense hydrogen” and Mills’ “hydrino plasmas” are both actually generating EVOs. The EVO acts as a “macroscopic quantum object” that can interact with the zero-point energy (ZPE) field or facilitate low-energy nuclear reactions (LENR) by screening Coulomb barriers.
Role: The EVO is the engine of the reaction; the hydrogen is merely the fuel or medium.
2. Is Hydrino Theory a Misinterpretation of UDH as a Hole Superconductor?
There is a strong theoretical case that Mills’ observations may be a “classical” misinterpretation of the quantum condensed matter state described by Holmlid.
The “Shrinkage” Parallels: Both theories describe hydrogen shrinking to picometer scales. Mills explains this via a classical orbital modification (Hydrino). Holmlid explains it via a quantum phase transition into a superfluid condensate.
Spectral Evidence: The EUV continuum Mills cites (in papers like Cont_EUV_HOH) could physically originate from the Bremsstrahlung or collective cooling radiation of the superconducting condensate breaking apart or interacting, rather than a single electron dropping to a new orbital.
Hole Superconductivity: Holmlid identifies the charge carriers in as “holes” (positive charge carriers) due to the specific spin alignment of the electrons. If Mills is detecting the energetic signatures of these tight, hole-based Cooper pairs but modeling them as single-atom transitions, his “Hydrino” would be a mathematical construct fitting the data of a physical reality better described by Holmlid’s condensed matter physics.
Verdict: It is highly plausible that Hydrino theory is a misinterpretation of the interactions of Ultra-Dense Hydrogen. Holmlid’s model is rooted in known (albeit extreme) condensed matter principles (Rydberg matter, superconductivity), whereas Mills’ model requires rewriting fundamental Quantum Mechanics.
3. Which Interpretation is Most Likely Capable of “Overunity” Energy Production?
In the context of energy systems, “overunity” usually implies a Coefficient of Performance (COP) > 1 (output energy > input electrical energy), typically achieved by consuming a fuel (nuclear or chemical) or tapping an external field.
Most Likely Candidate: Holmlid’s Ultra-Dense Hydrogen (UDH)
Energy Density (Nuclear vs. Atomic): Mills (Hydrino): Claims energy release in the range of hundreds of eV to a few keV per atom. This is high for chemistry but low for nuclear physics.
Holmlid (UDH): Experiments report the emission of muons and mesons, indicating energy releases in the MeV to GeV range per reaction. This is distinctively nuclear density. If annihilation turns mass directly into energy (as Holmlid suggests with near 100% efficiency in specific decay modes), the potential energy yield is orders of magnitude higher than Hydrino transitions.
Mechanism Feasibility:
Holmlid’s mechanism (Laser-induced processes in a super-dense quantum fluid) aligns with advanced inertial confinement fusion concepts, effectively treating the layer as a pre-compressed nuclear fuel. This allows it to theoretically bypass the immense “squeezing” energy required in standard fusion, offering a viable path to high net gain (COP >> 1).
The EVO “Wildcard”:
While the Rossi-Holmlid EVO interpretation allows for “overunity” via ZPE coupling, it lacks the rigorous peer-reviewed data trail that Holmlid has established (detecting specific particle decay times matching standard model muons). Holmlid’s data supports a nuclear mass-to-energy conversion, which is a recognized pathway to “overunity” (in the sense of a fueled generator), whereas the EVO ZPE model remains speculative.
Conclusion:
Holmlid’s UDH interpretation is the most robust candidate for high-gain energy production. It describes a fuel with nuclear energy density (capable of massive output) and provides a plausible condensed-matter mechanism to access it, whereas Mills’ theory relies on a controversial rewriting of physics for a lower energy yield, and the EVO model is an interpretive overlay lacking the specific particle-physics confirmation found in Holmlid’s work.
I am also looking for innovative solutions within energy technology.
I can only base these on existing recognized technologies.
Promoting new technologies is far beyond my reach.
I have very limited opportunities to fully understand most new technologies that are presented and am without the ability to confirm other people’s claims that such have been found.
In order for future energy-technological devices to function satisfactorily, many different technological fields must be utilized.
This requires broad cooperation from many experts.
It may require a lot of capital and take time.
There is a lot of activity going on today with the aim of ensuring that humanity has enough and environmentally acceptable energy in the future.
This is being done by talented individuals, researchers and engineers.
I believe I have the ability to see the effects of new energy technologies even if I have not discovered the technology.
I am looking for opportunities to contribute here.
I think the same applies to all readers of JoNP.
Another application for NGU Technologies – Powering MegaChurches
1. The are about 2,000 MegaChurches in the US (additional ones throughout the World).
2. The average peak consumption is around 100 kW and usually occurs on Sunday (when some businesses are closed).
Approach:
1. Install NGU systems (with battery storage) to output constant power from the NGU subsystems.
2. Battery storage handles daily demand changes.
3. Provide power to the local Grid – minimize transmission loss.
Thank you, Svein.
I understand your skepticism, but I am seeking innovative technologies that come from both my intuition and empirical evidence. These are areas that warrant further exploration.
I encourage you to review his website and the extensive evidence presented. The fact that hydrogen liquefies at a different temperature than hydrogen suggests a significant discovery. I have been following Doctor Mills’ theories for over two and a half decades and have closely monitored Andre Rossi’s work since its inception. These are the two technologies that have piqued my interest and led me to believe that they may hold substantial potential.
I have asked my AI to comment on your listed points
Here is a short version of the answer:
————————————————————-
Overall assessment
What is actually supported by data:
• Unusual spectra (EPR, Raman, EUV)
• Anomalies in hydrogen environments
• High-energy plasma effects
This is real and interesting
What is NOT proven:
That these phenomena require a new hydrogen state (hydrino)
The crucial missing test
To prove hydrino, one must show:
1. New energy state of hydrogen
2. With:
o exact energy
o reproducible transition
3. Confirmed by:
o independent laboratories
This has not been achieved
The most important academic point
All your references have one common structure:
Data → interpretation → hydrino
The problem is:
The same data can be explained without hydrino
Final conclusion
• Your references are:
o serious attempts at experimental support
o not only speculation
But:
🔴 They do not constitute scientific evidence for hydrinos as of today
My assessment to you (honestly)
You have found something important:
There are unexplained or incompletely explained experiments
But:
It is a big leap from “unexplained phenomenon” to “new physics is proven”
——————————————————————–
I do as you: look forward to the new physic is proven!
To Svein
Here’s a few references
• Delft University collaboration: Exact EPR multi-line spectrum of trapped H₂(1/4) matches GUT-CP hydrino prediction https://research.tudelft.nl/files/126823930/1_s2.0_S0360319922022406_main.pdf
• Rowan University: Independent CIHT cell validation (includes MAS ¹H NMR upfield shifts confirming hydrino) https://brilliantlightpower.com/wp-content/uploads/pdf/RamanujacharyReport.pdf
• Raman spectroscopy (multiple runs): Rotational lines of trapped H₂(1/4) match theory and DIBs https://brilliantlightpower.com/pdf/Hydrino_States_of_Hydrogen.pdf (see Raman sections)
• Gas chromatography + electron-beam emission: Faster elution and UV P-branch of cryopumped hydrino gas https://brilliantlightpower.com/pdf/Hydrino_States_of_Hydrogen.pdf (see GC & e-beam sections)
• Harvard CfA replication: EUV continuum cutoff at 10.1 nm from H → H(1/4) in pinched plasma https://brilliantlightpower.com/wp-content/uploads/papers/Cont_EUV_HOH-031215.pdf
To all our Christian Readers: Happy Easter to you and your families !
To all our Readers: Happy Easter holidays !
Andrea Rossi and all the Team of Leonardo Corporation
I do not see in your last brief theoretical paper that any independent and reproducible evidence that hydrino exist. Here the existence of a hydrino reactor more seems as a basic in R.L. Mills theory (GUT-CP.)
Axil:
Thank you for your insight,
Warm Regards,
A.R.
Steven Nicholes Karels:
Still in the R&D phase,
Warm Regards,
A.R.
The limitation on speed imposed by special relativity does not apply to the expansion of spacetime itself.
Special relativity says that nothing can move through space faster than light, but it doesn’t put a speed limit on the properties of space itself.
Think of it like a ruler stretching: the marks on the ruler aren’t “moving” in the traditional sense, but the distance between them is growing. Because space is expanding everywhere at once, two points far enough apart can recede from each other much faster than C. This is why we can’t see galaxies beyond the cosmological horizon—their light simply can’t keep up with the stretching of the “fabric” between us.
The mechanisms that enable warp drive is predicated on the manipulation of spacetime.
The Warp drive mechanisms rely on the fact that while objects with mass cannot exceed the speed of light through space, space itself can expand and contract at any rate. This fundamental principle of general relativity allows for theoretical solutions, most notably the Alcubierre Drive, where a spacecraft moves not by local acceleration, but by manipulating the geometry of the universe.
Key Mechanisms of Spacetime Manipulation
The Warp Bubble: The drive creates a localized “bubble” of flat spacetime around the vessel. Inside this bubble, the ship remains stationary relative to its immediate surroundings, experiencing no G-forces or acceleration.
Compression and Expansion: The mechanism works by contracting space in front of the bubble and expanding space behind it. This creates a “wave” of spacetime that carries the bubble and its contents toward a destination.
Surfing Spacetime: Like a surfer on a wave, the ship is carried along as the region of space it occupies moves. Because the ship is at rest within its local frame, it sidesteps the relativistic speed limit and time dilation effects.
Major Theoretical Hurdles
While mathematically consistent with Einstein’s field equations, building such a drive faces extreme challenges:
Negative Energy Requirements: Traditional models require exotic matter with negative energy density to produce the repulsive gravitational effect needed for expansion. Since Dr. Rossi’s IP uses a BEC that produces negative photon momentum, this is actually negative energy.
Energy Magnitude: Early estimates suggested energy requirements equivalent to the mass of the entire visible universe or the planet Jupiter to create a single bubble.
Physical Realizability: Recent research into Physical Warp Drives has proposed subluminal (slower than light) models that use “regular” matter and positive energy, though these still require immense energy densities.
The post explains how Dr. Rossi’s IP can form the basis of a star ship that goes faster than light at warp 10.
In this post, the AI lay it all out: how the limitations on a faster than light starship can be overcome and how to use Rossi’s IP to travel between the stars.
https://www.journal-of-nuclear-physics.com/?p=892&cpage=916#comment-1705978
Hi Axil:
Thank you for your thoughtful post of: 2026-04-10 19:54 Axil
The part of your post that I do believe I may be qualified to comment on is this:
“I believe that the traditional view of the future that most of us now have will not conform with the huge impact that the NGU as well as other associated follow on vacuum based energy systems will have on the world and on the global population. When fully fielded, the NGU will make hundreds of millions of people who work in all other energy field operations redundant.”
According to the US Department of Energy, less than 6% of the US labor force works in ‘the energy industries’. That is less than three years of 2% a year productivity growth. And the great problem of the economies of the US and many other countries in the past couple of decades has been a marked slowdown in the rate of improvement in productivity. So a new source of productivity growth will be more than welcome.
The US economy’s problem is not that too many people are unemployed. Instead it is that the economy is so close to full employment that there is no prospect of brisk economic growth any time soon, for the simple reason that there is no one available to do the work that faster economic growth would require.
I have no firm opinion about what AI has in store. Except to say that, if AI is even half as smart as its exponents claim, it should have no trouble telling us how to create jobs, if that turns out to be what is needed.
Best wishes,
Rodney.
Dear Andrea Rossi,
25kW reactor status?
Svein:
Thank you for your suggestions,
Warm Regards,
A.R.
Dear Andrea
You pointed out in JoNP on March 9th and in the interview on April 10th that for 2026: “The most important milestone is a global presentation”
I would like to ask you for a closer look at how a “global” presentation differs from a “normal” presentation:
I understand that technical and organizational details around Ecat are something that it is smart to most keep hidden, from competitors.
At the same time, openness towards your followers on other issues is of positive importance for you and your representatives.
I have some thoughts of my own about what a “global” presentation entails based on the framework of information that is now available from you, but I believe that the readers’ interest in your view here is far greater than what I think.
Elaborating on the meaning of: “global” presentation does not seem to be detrimental to Leonardo Corp. or the licensees.
One of the main questions here will be to what extent the effects of several commissioned plants will be thoroughly reviewed and the COP achieved will be confirmed by neutral, adequate institutions.
This situation requires that one does not rush into the “global” presentation.
Since it will probably take some 10 years from the introduction of Ecat until the majority of energy production has been taken over from the currently existing hydrocarbon plants, the lifespan of the Ecat devices will also be well known.
Regards Svein
Greg Smith:
Thank you for your support,
Warm Regards,
A.R.
Axil:
Thank you for your insight,
Warm Regards,
A.R.
I believe that the traditional view of the future that most of us now have will not conform with the huge impact that the NGU as well as other associated follow on vacuum based energy systems will have on the world and on the global population.
When fully fielded, the NGU will make hundreds of millions of people who work in all other energy field operations redundant. Robots will build the NGU using only at most a few thousand people to field the NGU world wide.
The culture shock all over the world that the NGU precipitates will be catastrophic.
What does the AI project what the near future will bring:
Will governments combate massive unemployment due to AI and vacuum energy production by reverting to military service and conflict to keep the population down and imposing discipline on the population. Assume that the extraction of energy from spacetime will be announced before the end of this year. What new job types will be created by technology advance. Would jobs be created to convert all forms of current energy usage into associated spacetime energy alternatives.
AI opinion as follows:
The intersection of advanced artificial intelligence (AI) and the hypothetical breakthrough of vacuum energy extraction presents a scenario of unprecedented economic transformation. While such technologies could lead to utopian abundance, they also threaten massive job displacement.
Government Responses to Unemployment and Social Stability:
Rather than solely reverting to historical methods like war to control populations, enlighted governments are more likely to implement structural economic changes to manage potential unemployment:
Universal Basic Income (UBI): With widespread automation rendering human labor economically uncompetitive, governments would be pressured to distribute a share of AI-driven profits, potentially using UBI or direct equity redistribution to maintain social order.
Increased Corporate Taxes: Governments may increase taxes on AI ventures and robotic automation to fund social support systems.
Military Expansion Risk: A significant danger exists that AI-enabled weaponry, if not managed, could be used by states to enforce discipline or engage in, or prevent, war, particularly as AI models might lack human understanding of stakes, and the pressure of a “jobless” world might accelerate conflict.
New Job Types Created by Technology Advance
Advanced AI will create new roles focused on building, managing, and governing autonomous systems:
AI Agent Managers/Integrators: Managers who coordinate teams of autonomous AI agents rather than human employees.
AI Auditors and Ethicists: Experts who review AI systems for compliance, bias, security, and ethical standards.
Prompt Engineers/AI Trainers: Professionals who mix logic, language, and creativity to guide AI models.
Human-in-the-Loop “Trust” Roles: Legal guarantors and human overseers for high-stakes AI decisions.
AI Personality Directors: Individuals who fine-tune the interactions and tone of custom AIs.
Job Creation in Spacetime Energy Transition
The introduction of vacuum energy would initiate a massive, decades-long infrastructure transformation, creating millions of jobs:
Spacetime Energy Converter Technicians: Roles focusing on retrofitting, upgrading, and replacing fossil fuel and renewable power systems with spacetime extraction technology.
Retrofitting and Conversion: Similar to the current transition to renewables, a massive workforce would be needed for construction and manufacturing of new energy infrastructure.
Infrastructure Converters: Engineers and contractors specializing in converting current energy usage (transportation, buildings, industrial grids) into space-time energy alternatives.
Spacetime Energy Technicians: Just as clean energy now employs more workers than fossil fuels, a shift would create millions of jobs in deploying new technology modules and maintaining spacetime energy extraction grids.
Vacuum Reactor Operators & Specialized Technicians: Jobs in the manufacturing, maintenance, and operation of new vacuum energy plants.
Grid Modernization: Massive infrastructure builds for data centers and energy grids would be required to handle a new, abundant power source.
The shift, similar to the current clean energy boom, could create a “green jobs” type boom, with specialized roles in power generation and building electrification adding millions of jobs.
Space exploration is projected to expand significantly in the coming years, driven by a “commercial boom” and the integration of advanced technologies like AI and next-generation power sources. Analysts from McKinsey and Brookings estimate the global space economy could reach $1.8 trillion by 2035.
Strategic Drivers of Space Expansion
The convergence of AI and breakthrough energy concepts is fundamentally changing the feasibility of long-term missions:
Propellantless Propulsion: Theoretical breakthroughs in harnessing quantum vacuum energy suggest a future where “leaving the propellant at home” becomes possible. This would eliminate the massive fuel-to-mass ratios that currently limit deep-space travel.
AI-Driven Autonomy: AI has become the “central nervous system” of space operations. Modern rovers like NASA’s Perseverance already use AI to navigate terrain 50% to 60% faster than previous generations.
Cost Reductions: Reusable rocket technology from leaders like SpaceX and Blue Origin has significantly lowered the cost of entry, allowing for more frequent missions and a “proliferated constellation” of commercial satellites.
Space Architecture & Construction: Engineers are now prototyping systems to live on the Moon using 3D-printed parts made from lunar dust.
Space Law & Ethics: As commercialization expands, there is a growing demand for legal experts and policymakers to navigate the complexities of orbital property and governance.
Health & Sustainability: New roles for Space Sustainability Specialists and In-Orbit Fabrication Technicians are emerging to ensure long-duration missions are environmentally and physically viable.
Andrea,
Another wonderful interview with Frank today. Thank you. Frank asked the questions I would have asked and then some.
https://youtu.be/zxjB9QunBWQ?si=HReMI3odg0dVUaTU
Your comment that if it was up to you, you make the ‘presentation’ today was encouraging. . Hopefully, the Global Licensee understands the urgency to communicate what has been accomplished ASAP.
Your labeling of the elite behind the legacy energy providers as aristocrats was generous. I can think of some other words! Ordinary people have no idea, and assume the risks are just Hollywood storylines.
TJKaminski:
Thank you for your support and suggestion. Surely we will visit the IEEE Transmission and Distribution Conference.
Warm Regards,
A.R.
Thank you for your progress update video with Frank. Though disappointed that the progress is slower than I would have liked, I was encouraged by the fact that production is in multiple sites, material supplies are not an issue, and that the lower power units (like ones that I have ordered!) will be announced at the same time as the Megawatt units.
Please keep up the important work and Godspeed for completion!
On another note, the IEEE Transmission and Distribution Conference will be held In Chicago Illinois from May 4-7. The conference has over 900 exhibitors, 15,000 professional attendees attend the conference, with 100 Session hosting 600 speakers from 60 countries, including 3800 utility professionals. Consider sending (likely your licensee will be there!) someone on you team to scope it out for next year after the Ecat-NGU product announcement.
Frank Acland:
Thank you for the link,
Warm Regards,
A.R.
Greg Smith:
Thank you for your suggestions,
Warm Regards,
A.R.
Ambrogio:
Just click the link in the comment of Frank Acland published minutes ago,
Warm Regards,
A.R.
Dear Andrea,
Thank you for the opportunity of the interview today! Here is the link:
https://youtu.be/zxjB9QunBWQ?si=9HaaEKXLUKxo6r0E
Best wishes,
Frank Acland
Andrea,
With some hesitation because this may be obvious and it may NOT be accurate. I want to offer some ideas on the business side of E-Cat and IP protection.
Until ECat is ubiquitous for the planet, transportation costs are a killer cost factor. The other big cost is tariffs – incentivizing manufacturers ers put factories inside the countries with the markets they serve.
It’s taken decades to find an economic, safe, stable E-Cat. Is it possible to use precision, automated manufacturing to produce the module(s) where the magic happens at scale and allow manufacturers and integrators to assemble production units with module. Theoretically, this should lower transportation and tariff costs.
This idea is somewhat analogous to the marketing campaign from years ago that said “Intel Inside”. It would say, for example, “E-Cat Exclusive”.
The ultimate response to the people who will reverse engineer E-Cat.(& the LENR competitors) Is for the E-Cat ecosystem to attract significant capital and top talent to move rapidly in continuous innovation.
The demand for the electricity that.E-Cat produces is insatiable. The focus should be to serve as many people as quickly as possible, not squeezing maximum profits. Having said that, I believe the wealth generated from E-Cat will be off the charts. IMHO!
Dr Rossi
When will be published the report of the March activities ?
Ambrogio
Sam:
Thank you for the link,
Warm Regards,
A.R.
Hello DR Rossi
The Most Dangerous Return Trip
In Space History.
https://youtu.be/YCrhU_C3HoU
Regards
Sam
Dear Andrea Rossi,
Any update on the prototype 25 kW NGU reactor? Does it actually and reliably work?
Axil:
Thank you for your insights,
Warm Regards,
A.R.
With the adoption of the Never Give Up (NGU) vacuum energy system, what does this bode for the US petro dollar and the US economy
Based on the, though largely theoretical, concepts surrounding vacuum energy (Zero-Point Energy) and the established, high-stakes nature of the U.S. petrodollar system, the widespread adoption of a functional “Never Give Up” (NGU) vacuum energy system would fundamentally destroy the existing US petrodollar and radically transform the US economy.
Impact on the US Petrodollar System
End of Dollar Hegemony: The petrodollar system relies on the global requirement for U.S. dollars to purchase oil. If energy is extracted directly from space-time, the demand for oil drops precipitously, removing the primary reason for the world to maintain vast U.S. dollar reserves, destroying the “locked-in” system that fuels dollar demand.
Collapse of Foreign Demand for Treasuries: Oil-producing nations currently “recycle” their dollar surpluses back into the U.S. economy by buying Treasury bills. An NGU system makes these imports unnecessary, causing a drop in foreign inflows, which could lead to significantly higher interest rates for US debt.
End of “Exorbitant Privilege”: The U.S. currently enjoys the ability to finance massive deficits, military, and infrastructure through foreign demand for dollars. A shift to vacuum energy removes this geopolitical leverage, stripping away the “exorbitant privilege” of controlling global oil-for-dollar trading.
Impact on the US Economy
Manufacturing and Energy Costs: The cost of energy would theoretically approach zero, sparking a massive industrial and manufacturing renaissance, making the US a powerhouse of local production.
Disruption of the Energy Sector: Traditional energy giants (oil, natural gas, coal) would experience a complete collapse, causing massive layoffs and requiring a monumental transition of capital and labor to new industries.
Infrastructure Transformation: The electrical grid and energy infrastructure would need a complete overhaul to accommodate decentralized, vacuum-based energy generation rather than centralized power plants.
Shift from Material Control to Technology: The economy would pivot from focusing on acquiring raw natural resources to accelerating innovation and manufacturing of the NGU technology.
In essence, the adoption of a “Never Give Up” vacuum energy system would turn the US from an economy based on the control of resources (oil) to one based on the adoption of high-tech innovation, likely causing a temporary period of severe economic disruption, followed by long-term abundance and a totally new paradigm for the US dollar.
Allocation of capital will greatly favor adoption of NGU reactor tech worldwide to eliminate energy production worker costs.
Job elimination from AI adoption is minimus compared to the number of jobs eliminated worldwide by an all pervasive NGU reactor tech adoption.
Using a completely automated centralized robotic factory based manufacturing system, the NGU power reactor will displace many millions of jobs in all current energy sectors in all counties throughout the world using just a few hundred reactor production workers and workers in the NGU production chains.
For example, as of 2024, the global energy sector employs approximately 76 million people worldwide. This figure represents roughly 2.4% of the total global workforce and reflects a surge of over 5 million new jobs since 2019.
A partial breakdown by region:
China: Employs nearly 20 million people, making up roughly 26% of the global energy workforce. In 2023, clean energy accounted for over 90% of China’s energy job growth.
India: One of the fastest-growing regions, with energy employment increasing by 5.8% in 2024.
Middle East: Home to the highest energy-sector workforce density. Over 4% of the regional workforce is in energy, nearly double the global average of 2%.
North America: The United States employs approximately 8.5 million energy workers, roughly 5.4% of its total workforce. Texas alone leads the U.S. with nearly 1 million energy jobs.
Africa and South America: These regions each account for only 3% of global clean energy manufacturing jobs but are significant hubs for raw material extraction and traditional fuels.
The future bodes great changes ahead for all societies throughout the world.
Axil:
Thank you for your insights,
Warm Regards,
A.R.
Why is so much capital being invested in AI infrastructure: to cut labor costs.
Oracle is reportedly laying off up to 30,000 employees globally, roughly 18% of its workforce, following a massive, 6:00 a.m. email notification on March 31, 2026, to cut costs and pivot toward AI infrastructure investment. The layoffs are heavily targeting roles in AI and data centers, with significant impacts reported in India and the U.S..
Key Details on the Layoffs:
Scale: Reports indicate up to 30,000 positions are affected, representing a significant reduction of Oracle’s global staff.
Method: Employees reported receiving abrupt, automated, 6:00 a.m. emails detailing that their roles were eliminated immediately.
Cause: The restructuring is aimed at increasing spending on data centers, AI infrastructure, and a reported multibillion-dollar contract with OpenAI.
Impacted Regions: India was heavily affected, with estimates of 12,000 jobs lost in that region alone.
Severance: Some reports suggest employees are receiving up to 26 weeks of severance pay.
The company is reallocating capital to support massive investments in AI ventures, transitioning away from traditional business units.
Electric and natural gas costs are expected to rise significantly in 2026 and beyond, with some regions facing 10–20% spikes in electric bills due to higher demand and infrastructure investments.
Nationwide residential electricity prices have increased by roughly 30% over the past decade, with 2025 seeing an average 5-6% rise.
Key Trends in Energy Costs (2025–2028):
Electricity Rates: Average U.S. residential electricity prices are expected to rise, with some states seeing over 10% jumps, particularly in the Northeast. Pennsylvania, for example, saw 10–20% increases in 2025 with further increases expected in 2026.
Natural Gas Prices: Wholesale natural gas spot prices (Henry Hub) are projected to rise significantly from 2024 lows, affecting both heating and electricity generation.
Future Projections: Utilities are proposing significant rate increases, totaling over $31 billion in 2025, which will continue to drive up costs through 2028.
Drivers: Key factors driving these costs include rising natural gas demand, grid modernization costs, and surging power consumption from data centers.
Regional Variations:
High-Increase Areas: NJ, IL, PA, and the District of Columbia saw some of the highest increases (>10%) in early 2026.
Stable Areas: Some states with increased renewable generation, such as Nevada and Arizona, may see more stable or lower rates.
Ambrogio:
Yes,
Warm Regards,
A.R.
Greg Smith:
Thank you for your link,
Warm Regards,
A.R.
It’s been going on a bit – the lunar flyby … Live NASA feed
https://www.youtube.com/live/z-j1uxBmis0?si=aZ-30fvxUjCE1tTT
AI prompt
Compare the hydrino theory in this paper: Cont_EUV_HOH-031215.pdf with that provided in Holmlid’s research on the structure of ultra dense hydrogen. consider if the hydrino theory is a misinterpretation of the low lying electron structural position analysis of ultra dense hydrogen as a hole superconductor. also consider the Rossi – Holmlid EVO generation interpretation of UDH based energy production. which one of these three interpretations is likely to be capable of overunity energy production.
AI response
Brilliant Light Power’s hydrino theory proposes atomic electron transitions to lower energy states, whereas Leif Holmlid’s research on Ultra-Dense Hydrogen (UDH) suggests energy generation via baryon annihilation in a condensed, high-density lattice. While UDH is theorized to behave as a hole superconductor, the Rossi-Holmlid EVO interpretation suggests energy arises from collective plasma effects, with Holmlid’s annihilation model offering the highest theoretical energy density. To explore the specific spectral evidence cited by Mills, see the Brilliant Light Power paper.
AI redirect
you have not addressed this output, please do so: which one of these three interpretation is most likely to be capable of overunity energy production.
A comparative analysis of the three interpretations follows, evaluating their theoretical mechanisms, the “misinterpretation” hypothesis, and their potential for high-gain (“overunity”) energy production.
1. Comparison of the Theories
A. Mills’ Hydrino Theory (Brilliant Light Power)
Mechanism: Proposes that the electron in a hydrogen atom can transition to “fractional” quantum states below the traditional ground state.
Structure: The “hydrino” is a shrunken hydrogen atom with a smaller radius and higher binding energy. The transition releases high-energy photons in the Extreme Ultraviolet (EUV) and Soft X-ray range (continuum radiation).
Paper Context (Cont_EUV_HOH-031215): This likely refers to Mills’ experimental reports of observing EUV continuum radiation (around 10–30 nm) from hydrogen plasmas, which he claims cannot be explained by conventional recombinations and thus proves the existence of the hydrino transition.
B. Holmlid’s Ultra-Dense Hydrogen (UDH)
Mechanism: Hydrogen condenses into an ultra-dense, metallic phase (H0) often on the surface of catalysts (like potassium-promoted iron oxide).
Structure: consists of spin-1 Cooper pairs of electrons (bosons) with an extremely short bond distance (~2.3 pm, vs. 74 pm in normal ). Holmlid describes this material as a superconductor and superfluid at room temperature.
Energy Production: Laser stimulation or spontaneous decay of leads to particle emission (kaons, pions, muons) and “annihilation-like” processes, releasing energy at the nuclear scale (MeV to GeV), far exceeding chemical capabilities.
C. Rossi-Holmlid EVO Interpretation
Mechanism: This view reframes the energetic phenomena as being driven by Exotic Vacuum Objects (EVOs)—coherent, self-organizing clusters of electrons and ions (originally described by Ken Shoulders).
Interpretation: In this model, Holmlid’s “ultra-dense hydrogen” and Mills’ “hydrino plasmas” are both actually generating EVOs. The EVO acts as a “macroscopic quantum object” that can interact with the zero-point energy (ZPE) field or facilitate low-energy nuclear reactions (LENR) by screening Coulomb barriers.
Role: The EVO is the engine of the reaction; the hydrogen is merely the fuel or medium.
2. Is Hydrino Theory a Misinterpretation of UDH as a Hole Superconductor?
There is a strong theoretical case that Mills’ observations may be a “classical” misinterpretation of the quantum condensed matter state described by Holmlid.
The “Shrinkage” Parallels: Both theories describe hydrogen shrinking to picometer scales. Mills explains this via a classical orbital modification (Hydrino). Holmlid explains it via a quantum phase transition into a superfluid condensate.
Spectral Evidence: The EUV continuum Mills cites (in papers like Cont_EUV_HOH) could physically originate from the Bremsstrahlung or collective cooling radiation of the superconducting condensate breaking apart or interacting, rather than a single electron dropping to a new orbital.
Hole Superconductivity: Holmlid identifies the charge carriers in as “holes” (positive charge carriers) due to the specific spin alignment of the electrons. If Mills is detecting the energetic signatures of these tight, hole-based Cooper pairs but modeling them as single-atom transitions, his “Hydrino” would be a mathematical construct fitting the data of a physical reality better described by Holmlid’s condensed matter physics.
Verdict: It is highly plausible that Hydrino theory is a misinterpretation of the interactions of Ultra-Dense Hydrogen. Holmlid’s model is rooted in known (albeit extreme) condensed matter principles (Rydberg matter, superconductivity), whereas Mills’ model requires rewriting fundamental Quantum Mechanics.
3. Which Interpretation is Most Likely Capable of “Overunity” Energy Production?
In the context of energy systems, “overunity” usually implies a Coefficient of Performance (COP) > 1 (output energy > input electrical energy), typically achieved by consuming a fuel (nuclear or chemical) or tapping an external field.
Most Likely Candidate: Holmlid’s Ultra-Dense Hydrogen (UDH)
Energy Density (Nuclear vs. Atomic): Mills (Hydrino): Claims energy release in the range of hundreds of eV to a few keV per atom. This is high for chemistry but low for nuclear physics.
Holmlid (UDH): Experiments report the emission of muons and mesons, indicating energy releases in the MeV to GeV range per reaction. This is distinctively nuclear density. If annihilation turns mass directly into energy (as Holmlid suggests with near 100% efficiency in specific decay modes), the potential energy yield is orders of magnitude higher than Hydrino transitions.
Mechanism Feasibility:
Holmlid’s mechanism (Laser-induced processes in a super-dense quantum fluid) aligns with advanced inertial confinement fusion concepts, effectively treating the layer as a pre-compressed nuclear fuel. This allows it to theoretically bypass the immense “squeezing” energy required in standard fusion, offering a viable path to high net gain (COP >> 1).
The EVO “Wildcard”:
While the Rossi-Holmlid EVO interpretation allows for “overunity” via ZPE coupling, it lacks the rigorous peer-reviewed data trail that Holmlid has established (detecting specific particle decay times matching standard model muons). Holmlid’s data supports a nuclear mass-to-energy conversion, which is a recognized pathway to “overunity” (in the sense of a fueled generator), whereas the EVO ZPE model remains speculative.
Conclusion:
Holmlid’s UDH interpretation is the most robust candidate for high-gain energy production. It describes a fuel with nuclear energy density (capable of massive output) and provides a plausible condensed-matter mechanism to access it, whereas Mills’ theory relies on a controversial rewriting of physics for a lower energy yield, and the EVO model is an interpretive overlay lacking the specific particle-physics confirmation found in Holmlid’s work.
Dr Rossi,
Will be published a report about the progress also in April ?
Dear Todd B
I am also looking for innovative solutions within energy technology.
I can only base these on existing recognized technologies.
Promoting new technologies is far beyond my reach.
I have very limited opportunities to fully understand most new technologies that are presented and am without the ability to confirm other people’s claims that such have been found.
In order for future energy-technological devices to function satisfactorily, many different technological fields must be utilized.
This requires broad cooperation from many experts.
It may require a lot of capital and take time.
There is a lot of activity going on today with the aim of ensuring that humanity has enough and environmentally acceptable energy in the future.
This is being done by talented individuals, researchers and engineers.
I believe I have the ability to see the effects of new energy technologies even if I have not discovered the technology.
I am looking for opportunities to contribute here.
I think the same applies to all readers of JoNP.
Regards Svein
Steven Nicholes Karels:
Thank you for your suggestions,
Warm Regards,
A.R.
Dear Andrea Rossi,
Another application for NGU Technologies – Powering MegaChurches
1. The are about 2,000 MegaChurches in the US (additional ones throughout the World).
2. The average peak consumption is around 100 kW and usually occurs on Sunday (when some businesses are closed).
Approach:
1. Install NGU systems (with battery storage) to output constant power from the NGU subsystems.
2. Battery storage handles daily demand changes.
3. Provide power to the local Grid – minimize transmission loss.
Thoughts?
Thank you, Svein.
I understand your skepticism, but I am seeking innovative technologies that come from both my intuition and empirical evidence. These are areas that warrant further exploration.
I encourage you to review his website and the extensive evidence presented. The fact that hydrogen liquefies at a different temperature than hydrogen suggests a significant discovery. I have been following Doctor Mills’ theories for over two and a half decades and have closely monitored Andre Rossi’s work since its inception. These are the two technologies that have piqued my interest and led me to believe that they may hold substantial potential.
Dear Todd Burkett
I have asked my AI to comment on your listed points
Here is a short version of the answer:
————————————————————-
Overall assessment
What is actually supported by data:
• Unusual spectra (EPR, Raman, EUV)
• Anomalies in hydrogen environments
• High-energy plasma effects
This is real and interesting
What is NOT proven:
That these phenomena require a new hydrogen state (hydrino)
The crucial missing test
To prove hydrino, one must show:
1. New energy state of hydrogen
2. With:
o exact energy
o reproducible transition
3. Confirmed by:
o independent laboratories
This has not been achieved
The most important academic point
All your references have one common structure:
Data → interpretation → hydrino
The problem is:
The same data can be explained without hydrino
Final conclusion
• Your references are:
o serious attempts at experimental support
o not only speculation
But:
🔴 They do not constitute scientific evidence for hydrinos as of today
My assessment to you (honestly)
You have found something important:
There are unexplained or incompletely explained experiments
But:
It is a big leap from “unexplained phenomenon” to “new physics is proven”
——————————————————————–
I do as you: look forward to the new physic is proven!
Regards Svein
Giuseppe Censorio:
They will make public their answer in due time,
Warm Regards,
A.R.
Todd Burkett:
I agree, and I think that Entropy corroborates the evidence of what He did,
Warm Regards,
A.R.
This universe that God created is a work of art, it’s an amazing love that he shares with us!
Dear Andrea,
Are your clients satisfied with how the Ecats are producing energy? Is the system stable?
Regards Giuseppe
To Svein
Here’s a few references
• Delft University collaboration: Exact EPR multi-line spectrum of trapped H₂(1/4) matches GUT-CP hydrino prediction https://research.tudelft.nl/files/126823930/1_s2.0_S0360319922022406_main.pdf
• Rowan University: Independent CIHT cell validation (includes MAS ¹H NMR upfield shifts confirming hydrino) https://brilliantlightpower.com/wp-content/uploads/pdf/RamanujacharyReport.pdf
• Raman spectroscopy (multiple runs): Rotational lines of trapped H₂(1/4) match theory and DIBs https://brilliantlightpower.com/pdf/Hydrino_States_of_Hydrogen.pdf (see Raman sections)
• Gas chromatography + electron-beam emission: Faster elution and UV P-branch of cryopumped hydrino gas https://brilliantlightpower.com/pdf/Hydrino_States_of_Hydrogen.pdf (see GC & e-beam sections)
• Harvard CfA replication: EUV continuum cutoff at 10.1 nm from H → H(1/4) in pinched plasma https://brilliantlightpower.com/wp-content/uploads/papers/Cont_EUV_HOH-031215.pdf
To all our Christian Readers: Happy Easter to you and your families !
To all our Readers: Happy Easter holidays !
Andrea Rossi and all the Team of Leonardo Corporation
Sam:
Blessed Easter also to you and your family,
Warm Regards,
Andrea Rossi
Hello DR Rossi
A Blessed Easter.
https://youtu.be/1Q1OHq0-zsw?si=8KPjFXwfo1eT2Gvp
Regards
Sam
Dear Todd Burkett
I do not see in your last brief theoretical paper that any independent and reproducible evidence that hydrino exist. Here the existence of a hydrino reactor more seems as a basic in R.L. Mills theory (GUT-CP.)
Regards Svein
Todd Burkett:
Thank you for your theoretical contribution,
Warm Regards,
A.R.