So three Rowan University Researchers appear fully convinced and have done testing to confirm and are willing to publish to attest to Blacklight Power's claims. There is no product yet.
Operating power systems using BLP’s chemistry, Rowan University professors have reported a net energy gain of up to 6.5 times the maximum energy potential of the materials in the system from known chemical reactions.
In a joint statement, Dr. K.V. Ramanujachary, Rowan University Meritorious Professor of Chemistry and Biochemistry, Dr. Amos Mugweru, Assistant Professor of Chemistry, and Dr. Peter Jansson P.E., Associate Professor of Engineering said, “In independent tests conducted over the past three months involving 10 solid fuels made by us from commercially-available chemicals, our team of engineering and chemistry professors, staff, and students at Rowan University has independently and consistently generated energy in excesses ranging from 1.2 times to 6.5 times the maximum theoretical heat available through known chemical reactions.”
“Additionally, we have analyzed the reaction products and are confident that the procedures we have followed and chemicals we have procured and reacted are not capable of generating the quantities of heat we have observed with previously known chemistry. This significant disclosure by BLP makes it readily possible for other laboratories to demonstrate the repeatability of these reactions that produce anomalous heat regularly in our university laboratory. Moreover, we have also reproduced BLP’s tests that identify a novel form of hydrogen as the likely explanation of the additional heat evolved.”
Based on the solid fuel used and power generated at scales of approximately 30 kW, the reaction appears scalable to any level. Moreover, BLP scientists were able to regenerate the fuel by simply applying heat. This breakthrough advances the commercial viability of the BlackLight Process as a new non-polluting energy source that was first announced by BLP in October 2008
Rowan University wrote 15 page pdf "Synthesis and Characterization Alkali Metal Salts Containing Trapped Hydrino"
Rowan University wrote 20 page pdf "Report on Synthesis and Studies of “Generation 2” Lower Energy Hydrogen Chemicals"
82 page pdf "Commercializable Power Source Using Heterogeneous Hydrino Catalysts" by Mills et al
Proof of Power
The validation by the Rowan University team provides further evidence that the observed energy gain will enable the operation of commercial power plants by continuously replacing the hydrogen that is consumed by the BlackLight Process to form hydrinos. Hydrinos are a prior undiscovered form of hydrogen in lower-energy states produced by the BlackLight Process as latent energy is released by hydrogen atoms. The energy released forming a hydrino is over 200 times the energy required to extract hydrogen from water by electrolysis to produce the new hydrogen fuel consumed during the BlackLight Process.
Proof of Existence of Hydrinos
BLP also announces successful independent production and characterization of a new form of hydrogen by professors at Rowan University. In the study independently performed at Rowan University laboratories, Professor Ramanujachary and Professor Mugweru synthesized from base materials the previously undiscovered form of hydrogen and were able to characterize hydrogen atoms existing in lower-energy states – called hydrinos – as predicted by BLP. In further confirmation, the Rowan University team was also able to identify similar hydrino signatures from net energy producing systems operating in Professor Jansson’s laboratories. This represents the first time BLP has taught independent labs the techniques for making hydrinos from scratch.
Dr. Ramanujachary remarked, “Recent advances in techniques at BLP in production of this new form of matter appear to make it straightforward for any lab in the world to synthesize sufficient volumes to characterize this previously unknown form of hydrogen.” Dr. Mugweru continues, “Knowing the starting materials of the synthesis reaction and fully characterizing the by-products, other than a new form of hydrogen, we were unable to make an assignment to known species for the signatures observed.”
Light Signature of Hydrino
BLP also announces today the publication of a paper, by Dr. Randell Mills, Dr. Kamran Akhtar, and Dr. Ying Lu in the Central European Journal of Physics describing a significant new confirmation of hydrinos. For the first time, BLP confirms direct spectral observation of transitions of hydrogen to form hydrinos. These experiments showing hydrogen spectral emissions below 80 nanometers, the previously known ground state, are decisive evidence of the existence of hydrinos theoretically predicted by Dr. Randell Mills. Describing the significance of the breakthrough, Dr. Mills said, “This is smoking-gun evidence of the existence of hydrinos, the light signature observed is from pure hydrogen and at much higher energy than deemed possible for this element in any known form.”
- Blacklight Power has provided information and assistance to a blogger/chemistry professor looking to validate their process
- Venture Beat investigates Blacklight Power
- Rowan University study provides external confirmation of a substantial amount of extra heat from Blacklight Power materials.
- Blacklight Power Claims
The latest expected unit costs for the Blacklight power system compared to current energy technology:
The Blacklight hydrogen production plant diagram
Potential Applications for Blacklight Power Technology
- H2(1/p) Enables laser at wavelengths from visible to soft X-ray
- VUV photolithography (Enables next generation chip)
- Blue Lasers
- Line-of-sight telecom and medical devices
- High voltage metal hydride batteries
- Synthetic thin-film and single crystal diamonds
- Metal hydrides as anticorrosive coatings
Estacado is a wholly-owned subsidiary of Roosevelt County Electric Cooperative, (RCEC) in New Mexico. With over 2,757 miles of energized lines in east central New Mexico, RCEC serves Dora, Elida, Floyd, Arch, Rogers, Milnesand, Causey and Portales.
Details of Blacklight Powers patent dispute in the UK.
In upholding both of the examiner's objections, the Hearing Officer identified the question which he had to address to be whether the underlying theory of GUTCQM was true. In doing so, he identified three criteria which he had to consider in determining whether a scientific theory was true, namely whether:
the explanation of the theory is consistent with existing generally accepted theories. If it is not, it should provide a better explanation of physical phenomena then current theories and should be consistent with any accepted theories that it does not displace;
-the theory makes testable predictions, and the experimental evidence shows rival theories to be false and matches the predictions of the new theory, and whether
-the theory is accepted as a valid explanation of physical phenomena by the community of scientists who work in the relevant discipline.
Critically, the hearing officer went on to determine that he must satisfy himself that it was more probable than not that the theory was true. On this basis, the Hearing Officer found that he was not satisfied that the theory was true and therefore the claims in the applications which relied upon the theory were not patentable.
The appeal focused on whether the Hearing Officer had been right in considering the appropriate test to be whether the theory was true on the balance of probabilities. Blacklight contended that the test that should be applied is whether the theory is clearly contrary to well established physical laws. In considering this, the examiner should assess whether the applicant has a reasonable prospect of showing that his theory is a valid one should the patent be litigated in court. In making these arguments, Blacklight accepted that on the material before the Hearing Officer the theory was probably incorrect.
Examiner has an article on Blacklight Power