Infinite energy publish an article by Christy Frazier about the "Preparata Medal" awarded to Jean Paul Biberian.
http://www.infinite-energy.com…berian-PreparataMedal.pdf
His main merit is in taking the responsibility of JCMNS journal, linked with ICCF... a hard job that is appreciated. He also organized on ICCF, and have been chairman.
He also participated to the only exact replication of Fleischmann&Pons incredible calorimeter.
He is reconized as pioneer in proton conductors.
It is also the occasion to read the numerous experiments he have underway :
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It seems that Biberian always has numerous experiments running at once. Currently, he has four major efforts underway. He is trying to replicate the Parkhomov experiment with a mass flow calorimeter. He explained, “I designed this calorimeter 15 years ago, and I know it inside out, so if there is any excess, I should be able to detect it. Unfortunately, things are not so simple, and my device is different from his. One of the difficulties is to make sure that there is no hydrogen leak, and this is a problem since sealing alumina is not easy. Hydrogen molecules are very small, and they easily leak out. Sealing with cement does not guarantee a perfect seal for hydrogen.”
Biberian’s second current project is with high pressure and temperature plasma electrolysis. He noted, “We have in the past shown that excess heat was produced with this method, but our goal is to amplify it greatly by adding variable magnetic fields. It is more and more believed that cold fusion is triggered by external means; in particular, variable magnetic fields are of great importance. Producing large and constant magnetic fields is difficult because the electrical currents become excessive. However, high intensity pulsed magnetic fields are much easier to produce.”
A third experiment “consists of a thin palladium film deposited on a silicon wafer covered by a silicon oxide layer in deuterium gas.” Biberian said, “The palladium film and the silicon wafer form a capacitor. As the palladium film is loaded with hydrogen, when a variable voltage is applied on the two electrodes, the deuterium is forced to move in and out of the palladium film. Some preliminary experiments have shown that excess heat is produced and this excess heat varies with the frequency of the applied signal.”
The fourth major project underway is an attempt to reproduce an experiment of Ubaldo Mastromatteo. Biberian explained, “He shines a beam of a red laser onto a palladium film deposited on silicon in a deuterium or hydrogen atmosphere, and observes locally apparition of new elements. I like this experiment, since it is very simple, and not timeconsuming. I have a lot to do, and in order to make them all, some have to be less intense time-wise.”
