Dr. Ronald R. Stiffler's Spatial Energy Coherence (SEC) Hydrogen Production Diodes.
Watch this video of Dr. Stiffler demonstrating his system...
What is actually being claimed here is that energy being produced can be higher than the energy being used. This is exhibited by the diodes performance independent of the current applied to the SEC exciter. Which means the process can self-loop, utilizing the excess energy for other practical use. Or, what I could logically deduce is that, the 12 volt battery can be compensated back with the energy produced by increasing the number of diodes performing electrolysis on distilled water via inductive coupling.
Here's what Dr. Stiffler is using for his system
As you can see in the video there are no physical connections to the diode whatsoever
Note from Panacea-BOCAF On-Line University - "SEC Exciters (Do Not) create energy; they do not amplify energy either. Think of an Exciter as causing a door to open slightly and allowing a natural energy to leak through into the circuit."
"Spatial Energy Coherence (SEC) theory by Dr. Stiffler covers the coherence, capture, recovery and utilization of energy released and transformed from the Localized Energy Lattice (LEL) as a result of excitation by one or more (SEC) Exciters. The LEL is defined as "an ordered wave structure, which is the underlying fabric and controlling source of the Universe -- the conduit through, which all energy manifestation and conversion takes place." From PES Network.
Here's a video - a replication of Dr. Stiffler's experiment of Hydrogen Production Diodes using 4 diodes this time.
More Hydrogen Production Diodes information to consider:
"CdS–AgGaS2 photocatalytic diodes for hydrogen production from aqueous Na2S/Na2SO3 electrolyte solution under visible light (λ ≥ 420 nm)"
"The composite photocatalyst of this new configuration exhibited a high rate of hydrogen production under visible light irradiation (λ ≥ 420 nm) from water containing sulfide and sulfite as hole scavengers. The photocatalytic diode system formed with n- and p-type semiconductors results in efficient charge separation..."
- Catalysis Today, Volume 120, Issue 2, 15 February 2007, Pages 174-181 Jum Suk Jang, Dong Won Hwang and Jae Sung Lee
Consider also: NanoDiodes
So here it is! A new breakthrough on hydrogen production!
Note: The Small Signal Diode 1N4148 is manufactured by Vishay, Fairchid and NXP
Other projects and experiments to consider for Diodes:
Electric OU: Small Jacob's Ladder, or What a 555 Timer Can Do for You which uses a big diode, 2n3055 transistor, automotive coil, timer chip, etc.
555 Timer with 4017B CMOS LED Flasher
MaoMakMaa Tique Tone : 555 Timer Experimental Drum Synthesizer
We research to find cool stuff dealing with how to make hydrogen and the uses of hydrogen. We discovered this so called process that uses diodes to produce hydrogen. Is this simply entertainment to appease your creative side of life, or is does it really work? Share your thoughts! Upload your schematics and ideas of what you are building!
At the end of the day, Making-Hydrogen.com is about how to create hydrogen from solar power to bacteria! What is the coolest way you have discovered in making hydrogen?
Welcome! My name is Jeff. Since 2008, I've been researching and writing about Hydrogen. Enjoy!