Metatron N.R.G.
building a new architecture for
compact Energy
Metatron N.R.G. is investigating whether long-lived plasmoid structures, formed in a compact liquid-plasma system, can enable useful energy generation. The apparatus fits on a desktop and operates at room temperature. The architecture is publicly disclosed in international patent application WO 2026/167686. The program now underway is aimed at the questions that decide everything: energy balance, diagnostics, reproducibility, scale.
Israel · PCT Published 2026 · Room-Temperature Apparatus · Experimental Validation Underway
A unique physcial apprach
not a smaller star. a different physical approach entirely.
Mainstream fusion recreates the conditions of a star: hundred-million-degree plasmas, cryogenic magnets, building-sized machines. Metatron is exploring a different regime entirely. Our apparatus operates at room temperature, on a desktop: a liquid cell, pulsed electric and magnetic fields, and structures you can watch form with your own eyes.
At a controlled liquid-liquid interface, the system generates plasma structures the team interprets as long-lived plasmoids and plasmoid collectives. Our working hypothesis is that conditions within these structures may enable nuclear fusion through quantum tunneling.
Fusion has not yet been demonstrated. Demonstrating whether it can be done rigorously, measurably, reproducibly is exactly what this company was built to do.
what we have observed
anomalous energetic events: explosions, shockwaves, light emission.
Long-lived plasma structures. The apparatus can repeatedly produce micro-plasmoid structures under controlled electrical and magnetic conditions that have been stable for over 12 months in the lab.
Collective organization. During sustained operation, visible structures form organized collective patterns at the liquid-liquid interface, persisting and evolving while the system runs.
Repeatable discharge events. Under specific operating conditions the system produces distinctive, repeatable discharge events with visible emission and acoustic and pressure transients. Their energy balance and mechanism are now being established.
The observations are the starting point. Measurement decides what they mean.
Experimental footage available on request.
what we are testing now
Scale follows evidence. Never the other way around.
Energy balance: every significant electrical and thermal input, output, and stored-energy term, measured against a defined uncertainty budget.
Diagnostics: synchronized electrical measurement, spectroscopy, and imaging to characterize the plasma and its transients.
Reproducibility: documented configurations, controls, and calibration, built for independent replication.
Amplification: if a real, reproducible energy effect is established, scale it while preserving measurement integrity.
Why this architecture matters
what becomes possible if the physics holds at scale.
Compact,
room temperature
A laboratory-scale system at ambient conditions, not a utility-scale facility. If the energy mechanism is validated, that form factor opens a fundamentally different path: distributed power generated where it is used.
Direct-energy
harvesting architecture
The published application includes configurations for converting generated energy directly into electrical output. No steam cycle, no turbine hall.
rapid
iteration
Geometry, materials, fields, and operating conditions can be changed and tested in days, not decades — without billion-dollar facilities.
the technology
The system combines four elements.
01 Liquid-liquid interface: two liquids with different electrical and physical properties form the active interface.
02 Plasma initiation: pulsed electrical excitation in deuterium oxide (D₂O, heavy water) under an externally applied magnetic configuration.
03 Plasmoid formation: electric and magnetic conditions generate and sustain plasma structures at and around the interface.
04 Measurement and harvesting: the architecture provides for full energy-flow measurement and includes embodiments for direct electrical energy harvesting. By our working hypothesis, interactions within the plasmoid system may create conditions for fusion through quantum tunneling. Whether that is true is now a measurement question — and we are building the system to measure it.
Our vision
FROM HYPOTHESIS TO EVIDENCE.
Reproduce → Measure → Diagnose → Amplify → Independently Validate → Engineer. The objective is not an unusual effect. It is a result that survives every skeptic — and then becomes power.
Envision a world where clean, abundant, and affordable energy is a reality. If our innovative small-scale technology can exceed net energy and further scale, global pollution could be reversed, leading to a healthier planet. Imagine a revolution in energy, driven by compact and sustainable fusion technology. Picture a world where energy is both affordable and abundant. This is the future we strive to create. Metatron N.R.G. is committed to making this vision a reality.
From a 1989 idea to an instrumented program.
The concept began with Clara Szalai in 1989 and was developed over decades together with theoretical physicist Dr. Yeshayahu Eisenberg (PhD, Weizmann Institute of Science; postdoctoral fellow, Institute for Advanced Study, Princeton).
In 2021, Metatron N.R.G. began to turn the idea into an instrumented research program. Since then the company has built and operated its experimental apparatus, produced repeatable plasma and discharge phenomena, and established an international intellectual-property position.
In 2026 the patent application was published, new financing was closed, and the company opened a larger laboratory to begin the measurement and amplification campaign.
intellectual property
published and examined.
International patent application WO 2026/167686 A1
“Method and System for Generating Energy From Plasma”
Filed 02.02.2026 · Priority 09.02.2025 · Published 13.08.2026
Applicant: Metatron N.R.G. Ltd. ·
Inventors: Yeshayahu Eisenberg, Clara Szalai
From the published abstract: “A system for generating energy comprises a reaction chamber containing a first liquid and a second liquid forming a liquid-liquid interface, wherein the first liquid is a nuclear fusion fuel and the second liquid is conductive and is heavier than the first liquid… and a control system, configured to apply voltage across the liquid-liquid interface to ensure formation of plasmoids inducing nuclear fusion.”
In the Written Opinion of the International Searching Authority from April 2026, all 62 claims were indicated as appearing novel and involving an inventive step. Industrial applicability was not found established because objective evidence of the claimed energy-generation utility had not yet been provided. Producing that evidence is a central objective of Metatron’s current experimental program.
National-phase entries are in preparation. Operating protocols are maintained as trade secrets.
join the experiment
We're hiring the people who will settle it.
Extraordinary claims require decisive measurements. Metatron has built a compact experimental platform that repeatedly produces unusual plasma-associated structures and transient discharge phenomena. The physical origin and energy balance of those observations remain open questions. Our job now is to answer them rigorously.
The first question is quantitative: does the system produce a reproducible energy surplus beyond measurement uncertainty? If it does, the next question is physical: what mechanism produces it? The final question is whether and how much the observed phenomena can be scaled.
We’re hiring: experimental plasma physics · pulsed power · calorimetry & energy balance · spectroscopy & diagnostics · high-voltage systems · instrumentation.
Contact us
Would you like to hear more?
contact us
© 2026 Metatron N.R.G. Ltd · Patent pending · WO 2026/167686