Landmark Cold Fusion LENR Patent Published

Not Since The 1989 ColdFusion Announcement Has A Working Understanding Of Cold Fusion Explained How It Works

Ongoing Experiments In At The Atom-Ecology Lab Bench Confirm The New Patent

Welcome To The New Age Of Limitless Clean Energy Too Cheap Too Meter

Today one can find in the open patent literature the means to create and control cold fusion/lenr. The newly imagined character of the atomic nucleus and its key magnetic description in are detailed in the new patent of Swiss independent researcher Dr. Jürg Albert Wyttenbach. For some months Jürg and I have been corresponding about his ideas and my lab experiments producing prodigious heat and definitive gammas, magnetic gammas! He’s become a new best friend, and together we find we have the first dramatically demonstrable cold fusion technology proven in both practice and theory.

Last week Jürg travelled from Switzerland to my lab on the outskirts of London and together we went over the remarkable parallel paths of the work we are both doing to deliver cold fusion/lenr to this world. Jürg had already some months ago sent funds for the purchase of the first Gamma Spectrometer to assist me at my lab bench. We’d already found over the course of some months using that instrument a remarkable convergence of theory with practice.

The new cold fusion server rack at Ecalox in Essex with 8 reactor furnaces almost ready to be fueled.

One day we together we ran an experiment together. To study with that Gamma Spectrometer I recovered one of my reactor old tubes and restarted it. I wasn’t sure the cold fusion and its characteristic gamma signature would reappear but indeed they did and Jürg and I spent many hours putting the gamma ray producing reactor through its paces. My lab mates Alan and Martin were often laughing from across the lab where they were working on something completely different as Jürg and I made exclamations of delight at what we were seeing.

Jürg  describes in the summary in his new US patent that “physical processes, called fusion of nuclei or nuclear fusion, are well described by the energy needed to bring such nuclei together, long and close enough, for that the strong nuclear force finally overtakes the reaction and binds the two nuclei to a new compound nucleus.

The Patent: Method for enabling low energy nuclear reactions by the Rotator Collapse Field-Coupled (RCFC) effect

Abstract: In 1989 Fleischmann & Pons experimentally confirmed the existence of a new class of nuclear reactions, today called LENR (or CMNR) low energy nuclear reactions (condensed matter nuclear reactions). The presented Rotator Collapse Field-Coupled (RCFC) effect or method is entirely based on well-known physical laws and has strong experimental background, revealed to the public in a large number of papers, proceedings etc. We herein provide the parameters, methods to successfully produce such an effect.

Read the patent here.

Summary: This energy needed to induce fusion is primarily used to overcome the so-called coulomb barrier.

The art of fusion is to produce a compound nucleus, that is stable and does not decay due to internal instability. Such instabilities are caused by a) excess energy—to much energy delivered to overcome the coulomb barrier; or high mass excess energy, due to e=mc2, where m is the mass difference between created and reacting nuclei.

Such instabilities may also be caused/further enhanced by asymmetric impact—(kinetic meeting angle—the momentum vectors of two meeting nuclei—strongly deviates from 180 degrees) fusion, which leads to highly asymmetric excitations of the target/generated nucleus.

The energy dissipation by the newborn nucleus must also, preferably follow certain rules like: Avoiding hard radiation, expelling of nuclear particles (neutrons, high energy electron, positrons, protons, kaons etc. . . . ).

This invention shows how the energy to overcome the coulomb barrier can be accumulated and stored and finally be used (released) to induce the fusion process. This invention additionally shows how such excess energy can be used to successfully induce additional fusion events (chained transmutations) or how such follow-up events can be avoided.

Further on this invention gives a set of hard rules how such an environment must be built. Finally this inventions defines the core physical process that leads to a large class of LENR/CMNS reactions.”

Cold fusion in abundance

The radiation signature in my reactor(s) have been punctuated daily with dramatic excursions as I have reported and referred to as my ‘lovely gammas.’  Click to read more.

There are a plethora of reactions clearly characterized as both prompt and delayed gammas as well as some as yet unidentified crazy particles present in abundance in cold fusion. Abundance however is a relative term (thankfully) the cold fusion gammas represent only the tiniest fraction of the cold fusion heat. The heat comes overwhelmingly from the D+D → 4He reaction.

Never have I been more convinced that cold fusion/lenr is a whole ecosystem of nuclear processes that become apparent when very specific environmental conditions are created, all it takes is a proper atom-ecology point of view to succeed. These conditions are quite extraordinary, as one might imagine, as were they ordinary and common cold fusion would have eons ago dominated the universe.

In what is now classical physics, or the sub-taxa of physics that is sub-atomic physics, is a world defined by ‘splitters’ both literally and figuratively. One of the founders of the field from its earliest time was once quoted in response to being asked if he could recall the names of all of the sub-atomic particles said,

If I could remember all of their names I would have become a botanist not a physicist.” (Enrico Fermi)

Some of the critters in the sub-atomic zoo – drawn to scale… which are real and which are imaginary is a question.

The dimensions now being defined in lenr/cold fusion are far below the atomic scale down well into the sub-dimensions which may not be even dimensions at all…or at least as we think of them, thus offering tiny territories of endless scope open to claim.

Richard Feynman, a great physicist and even greater physics lecturer once said, “

“In general, we look for a new law by the following process. First, we guess it (audience laughter), no, don’t laugh, that’s really true. Then we compute the consequences of the guess, to see what, if this is right, if this law we guess is right, to see what it would imply and then we compare the computation results to nature, or we say compare to experiment or experience, compare it directly with observations to see if it works. If it disagrees with experiment, it’s wrong. In that simple statement is the key to science. It doesn’t make any difference how beautiful your guess is, it doesn’t matter how smart you are, who made the guess, or what his name is… If it disagrees with experiment, it’s wrong. That’s all there is to it.”

Cold fusion is now as simple to make as a slice of toast.

Click to read more.