by Paul Raybould | Nov 20, 2023 | Blog_post
The optical-power emission-type SunCell® was operated under conditions permissive of molecular hydrino absorption in nickel foil and metallic tin. Raman anti-Stokes and Stokes spectra confirmed the prior spectral assignments of emission lines of higher energy than...
by Paul Raybould | Aug 30, 2023 | Blog_post
Raman anti-Stokes spectra confirmed the prior corresponding Stokes spectral assignments of second and third order high energy emission lines corresponding to molecular hydrino rotational transitions. 442 nm Raman was repeated on SunCell-derived samples, and the...
by Paul Raybould | Mar 4, 2023 | Blog_post
These presentations have been updated to reflect the significant achievement of a commercial prototype TPV enabling SunCell®. PDF Business Presentation https://brilliantlightpower.com/pdf/Business_Presentation.pdf Overview Presentation...
by Paul Raybould | Sep 21, 2022 | Blog_post
The engineering of the commercial prototype SunCell® having a light-bulb design that required new systems and a novel high-temperature-capable sealing technology was successfully tested using glass photovoltaic (PV) window cavities. In addition, the hydrino plasma...
by Paul Raybould | Aug 18, 2022 | Uncategorized
The SunCell window was replaced with one of 13 times smaller area which allowed similar light output due to avoidance of the larger window failure due to the intense light. The engineering of the commercial prototype SunCell having a light-bulb design is near...
