I recently attended the 2014 cold fusion IAP course at MIT in Cambridge, MA put together by Dr. Peter Hagelstein and Dr. Mitchell Swartz. Complete films of those lectures as well as last year’s lectures from Jan 2013 are available on ColdfusionNow.org and on ColdFusionNow’s YouTube channel. Those lectures are a wellspring of pertinent information on Cold Fusion science and I highly recommend those of you interested in learning more about the technology of cold fusion, go and review those lectures.

2014 Cold Fusion 101 IAP Course at MIT

Monday January 27 Day 1 FULL Lecture (Introduction to Cold Fusion Science and Current Research, Superwaves and Phonon Modes, Laser Assisted Cold Fusion, Palladium Deuteride Loading parameters, Failures to replicate Pons and Fleishman, and discussion of Skepticism in Cold Fusion) https://www.youtube.com/watch?v=n7Kg_Yp0ct8

Tuesday, January 28 Day 2 FULL lecture (Loading Parameters @24:49 Volmer-Taffel Regime, equations for Palladium Loading Models, Palladium Deuteride, superwaves and lattice interactions)http://www.youtube.com/watch?v=k_PZh79zliI

Wednesday, January 29 Day 3 FULL lecture (Inavertant Codeposition, Helium 4 Production, Zirconium Oxide Helium Dissipation) http://www.youtube.com/watch?v=nFmzKVkgFtM

Thursday, January 30 Day 4 FULL lecture (Phonon Modes and Lattice Vibrations, Theories on Phonons, and Killing Models, Spin-Boson Model, Karabut Experiment with Collimated X-Ray Emissions)http://www.youtube.com/watch?v=BkPxOhjNlgM

Friday, January 31 Day 5 FULL lecture (Theories, Models, and more failed attempts at understand LENR Effects, Excess heat in NiH systems, Fukai Structure, Pantilli Experiment, more theory)http://www.youtube.com/watch?v=Al7NMQLvATo

Dr. Mitchell Swartz says he originally got into Cold Fusion research at MIT in order to debunk it. Now after years of research he is teaching a course at MIT on Cold Fusion experiments, methods, and results, and works alongside Dr. Hagelstein who is the theoretical side of the team.

Scholarly Papers by Mitchell Swartz on Electrochemical Loading

“Quasi-One-Dimensional Model of electrochemical loading of isotopic fuel into a metal” - Mitchell Swartz 
(You can right click and select “Save Target As”)

Codeposition of Palladium and Deuterium - Mitchell Swartz


 

 

Now for those of you who don’t know… Cold Fusion is based on the idea that if you load enough hydrogen or deuterium atoms inside a metal lattice, like Nickel or Palladium, they become so tightly packed close together, that they begin to fuse together. Two world renowned electrochemists Stanley Pons and Martin Fleischmann were the first to claim the discovery of excess heat effects in cold fusion. Some of their colleagues thought that since their discovery was so important it might be a good idea to go public with an announcement through the mainstream media. That turned out to be a very bad idea? The media turned against Pons and Fleischmann and started a witch hunt within the scientific community. Pons and Fleischman were quickly “debunked” and the entire concept of Cold Fusion was labeled a “Fiasco” and even a “hoax”. Two primary studies in particular were successful in shifting mainstream scientific opinion against Cold Fusion forever. These two studies are also cited by the patent offices for refusing any and all patents on Cold Fusion related devices. Those are the MIT and Caltech studies commissioned by the DOE’s Energy Research Advisory Board report, a report that would determine the federal response to cold fusion and shape energy policy at the highest level of government.. ( Read Remove Institutional Blocks for more.)

As some of you may know, Dr. Eugene Mallove wrote an article for the MIT Press in which he claims that MIT actually DID observe excess heat in their cells, and that they covered it up, in addition to holding a wake for Cold Fusion before their results from the lab were back. Dr. Mallove quit his position at MIT in outrage at the Cold Fusion circus of denial and ridicule.
It’s important to note that Dr. Peter Hagelstein’s position on the MIT results is much different than Mallove’s. Dr. Hagelstein claims there is no way the MIT experiments could have seen excess heat because their loading was not high enough. That is, they did not pack enough deuterium molecules inside their cathodes to reach the required reaction range.

This is very important. Experiment trumps theory in science, and there are many scientists from all over the world risking their careers and reputations to claim positive results in cold fusion experiments. But when the early MIT and Caltech replication failed to reproduce the effect, those experiments were cited as complete proof that no such effect indeed existed. At MIT last week this team of scientists carefully laid out the FACTS regarding Cold Fusion and explained that according to their experiments you don’t ever see excess heat until you get over 90% D to Pd loading ratio. It maxes out at around 95% loading. Caltech and MIT never got above 80%, so this is why their experiments failed to produce any excess heat.

If this is true, then these are possibly the most epic scientific failures in modern technological history. The Caltech scientists who when told that their loading was not high enough, by other scientists in the field, even had the nerve to reply “the loading is plenty high! There is no effect!” (from an argument with Bob Huggins) and while critics and skeptics like to call Cold Fusion “pathological science”, in light of recent evidence it seems that their denial is the only thing that is “pathological”.

Well, if there really IS an effect, as more and more evidence seems to be piling up that Cold Fusion effects ARE real, that would mean that these scientists who ridiculed and mocked Cold Fusion back in the 80′s and 90′s and even today can be blamed for setting all of our technology back 20 years. Just imagine that today we might have hover boards, flying cars, and a booming space tourism business, had history gone a bit differently. And don’t laugh, there was a guy from Terrafugia at the IAP course last week at MIT, and he is serious about using cold fusion power to build flying cars.

 


This is serious business. (http://www.terrafugia.com/. Available in 2015. 

While others are dreaming up ideas on what to do with cold fusion once we get the science nailed down, Dr. Hagelstein and Dr. Swartz are busy nailing down that science! They have begun to compile a list of conditions which enhance the production of excess heat in Cold Fusion experiments, and also a list of things that will kill the reaction or cause it to stop producing excess heat. For example applying an external magnetic field and shining an infra-red laser on the cathode have been shown to enhance the production of excess heat.

PROGRESS ON DUAL LASER EXPERIMENTS - Dennis G. Letts, Dennis Cravens, and Peter L. Hagelstein


Things like cracking or brittleness caused by defects in the metal or by loading too quickly cause the deuterium to leak out and not maintain sufficient loading thus killing the reaction. They have also determined that the reactions are occurring at the surface of the materials possibly through an effect of the surface plasmons. So to maximize the effect you need to maximize surface area. But as you do that you also produce a lot of Helium4 fusion product which needs to be dissipated from the system, so what they have done is to use Deuterated Palladium nanomaterial suspended like chocolate chips inside a cookie dough of Zirconium Oxide. This, is the basic design behind Micthell Swartz? NANOR technology, which uses nanomaterials to maximize Cold Fusion reaction rates and efficiency. His best NANORs put out 14 times excess power, which is a very huge deal.

And though the NANORs may not look all too impressive (basically just a copper wire) This is quite possibly the beginning of the largest technological breakthrough that our generation will witness. One teaspoon of water has the fusion fuel energy of an entire gallon of gasoline. In the theoretical future, you’ll be able to fill your car’s gas tank with one gallon of water and drive 55,000 miles.

The Cold Fusion revolution should render coal, gas, and nuclear fuels obsolete, completely decimating a multi-billion dollar industry and freeing humanity from the economic restraints of rising energy costs, and meter based centralized distribution systems. The future these corporate energy mega-giants fear most will be one built on decentralized, off-the-grid home power and heating systems based on Cold Fusion water-powered technology. No wonder there is so much top level resistance to the idea, same as there continues to resistence to thorium energy.

The original MIT and Caltech studies FAILED to replicate the Cold Fusion excess heat effect because they did not achieve high enough loading in their cathodes. That claim alone should make the entire scientific community questions those studies and want to go redo the experiments with better quality Palladium and achieve 95% loading.

There is a reason that they call it “RE-Search” in science, because you find out what changed, what factors are the key essential elements to getting something to work, and you re-search by doing experiments. You don’t just do one or two experiments and then give up on the most promising energy source ever to be allegedly discovered in the history of science & technology.

Look at how much we continue to spend on the search for Dark Matter, and we still haven’t found any Dark Matter… and Dark Matter doesn’t even have any practical real world applications… So if your theory predicts something that there is absolutely zero experimental evidence for, you spend hundreds of millions of dollars to search for it… But when an experiment or series of experiments (like Pons & Fleischmann, et. al.) find experimental evidence for something that disagrees with your textbook theories, the scientific community starts a witch hunt to shun the evidence, discredit the experimentalists, and blacklist the topic from all accepted discussions… Weird. Why is that? How could that be?

Well it might have something to do with the fact that Cold Fusion directly threatens all of the biggest, most profitable, and political institutions on the entire planet… namely, the Oil Companies and the Big Banks. Which, in case you haven’t been paying attention the past 100 years,pretty much run the show and continue to threaten our survival for personal profits.

I encourage anyone who is interested in learning more about the science of Cold Fusion and where the field is currently at today in 2014 to go watch those lectures I posted on ColdFusionNow.org . There are 5 lectures total which are 3 hours long each, and plenty of reference papers on the slides to look up and keep you busy for a while. These lectures are an amazing resource for information.

Superwaves and coherent phonons in superlattices

Superwaves have been shown to boost Cold Fusion effects and increase chances of positive results.

For example the >Energetics Team found traces of super waves within the active phonon modes in Palladium Deuteride Cold Fusion cells. There is much speculation among theorists in the field that trick to understanding the cold fusion mechanism lies in the phonon interactions and degrees of freedom, which allow the ordinary 24 MeV gammas to dissipate into the lattice structure via superwaves incited in the active phonon modes.

Collimated X-Ray Emissions and what they indicate

Another very interesting point brought up in the class was the issue of Collimated X-ray emissions in the Karabut and Gozzi Experiments

Huizenga’s “Three Miracles of Cold Fusion”

Overcoming Huizenga’s 3 “Miracles” and Unleashing the Promise of Cold Fusion’s “Potential Miracle” – Scott Chubb

John Huizenga wrote a scathing book denouncing cold fusion research in 1993. He was a professor of chemistry and physics at the University of Rochester, a Department of Energy-funded hot fusion research laboratory. He was also chairman of the 1989 Department of Energy cold fusion evaluation panel that decided cold fusion research was not an area of science worthy of government funding. He mocked cold fusion by alluding to its unexplained characteristics as “miracles.” Huizenga’s three miracles of fusion were:

Miracle #1: the mystery of how the Coulomb barrier is penetrated
Miracle #2: the lack of strong neutron emissions
Miracle #3: the lack of strong emission of gamma or x-rays

I asked Dr. Peter Hagelstein what he thought about Huzienga’s 3 Miracles, this was his repy:

For Huizenga’s three miracles, probably more discussion is required than I can do here. But perhaps I can start.

I take the point of view that Huizenga’s three miracles simply do not go far enough in capturing the challenges faced by theory in connection with excess heat in the Fleischmann-Pons experiment.

Huizenga’s miracles focus on the conjecture that excess heat is based on a reaction where two deuterons combine in some way to make a He-4 nucleus. In the early days it was not clear what reaction should be focused on, but subsequent experimentation on the correlation between gas phase He-4 and excess energy suggests that this conjecture seems consistent with experiment (but even today not proven).

The first miracle concerns how one overcomes the Coulomb barrier. When Huizenga proposed his three miracles, this issue was referenced against the calculations that had been done for molecular D2. Koonin and many others had proposed this problem as relevant to the fusion of two deuterons in PdD. At issue in this is that the rate for fusion in the molecule by tunneling is very slow (one would have to wait on the order of 10**64 second for the D2 molecule in vacuum to fuse.

The second miracle has to do with the branching ratio. Normally one observes p + t and n + He-3 as products from deuteron-deuteron fusion, while He-4 + 24 MeV gamma occurs infrequently (with a probability less than 10**(-6) at low energy). Huizenga’s point was that He-4 was not a primary product of deuteron-deuteron fusion, so one would need to argue for a mechanism that would suppress the normal p + t and n + He-3 channels, and favor the He-4 channel. As the theory for incoherent deuteron-deuteron reactions is pretty straightforward as nuclear reactions goes, this is of course impossible.

The third miracle has to do with the absence of the 24 MeV gamma, which is known to accompany He-4 production when it occurs in incoherent deuteron-deuteron fusion reactions. Conservation of energy and momentum requires that the gamma takes up most of the reaction energy. Huizenga argued that since it was not observed, then its absence would require an explanation. Of course, no explanation is possible, since once a 24 MeV gamma is produced much of the time it will find its way out of the cathode.

I contend that Huizenga’s third miracle does not go far enough. Not only are there no gammas in amounts commensurate with the energy measured. There are no energetic nuclear particles of any sort present in amount commensurate with the energy produced. Huizenga should have gone much further!

From my perspective there is a fourth issue. Simply put, condensed matter physics and nuclear physics as understood in science then, and also now, does not predict the effect. Excess heat in the F&P experiment presents a fundamental challenge to both disciplines. We requrie a fundamental revision in our understanding of physics to account for the effect.

Theoretical science is still waiting for someone to come up with a bullet-proof LENR theory, which can explain all the given phenomena. Hagelstein covers this topic in Monday and Tuesday’s lectures from the 2014 Cold Fusion IAP course linked at the start of the article.

Claim: They are simply measuring Heat Wrong…

One of the most common counter-claims leveled against Cold Fusion research are the claims that they are measuring energy incorrectly. Here we will discuss various type of Calorimetry used in Cold Fusion and what the best methods are for measuring heat in Cold Fusion Systems.

Dr. Melvin Miles, a former university chemistry professor and Navy researcher, has performed several studies on the calorimetry of MIT and CalTech finding major mistakes in experimental procedure and heat measurement. The most recent analysis was published in the Journal of Condensed Matter Nuclear Science and co-authored by Dr. Peter Hagelstein, an MIT electrical-engineering professor, and the lone cold fusion researcher on the campus. [.pdf]

Isoperibolic Calorimetry

“Isoperibolic Calorimetric Measurements of the Fleischmann-Pons Effect” [.pdf] Melvin H. Miles and Martin Fleischmann

Ohmic Controls

Mitchell Swartz calibrates his calorimeters before every experimental data collection run, by running Ohmic Controls, and measuring the heat that is produced.

Cold Fusion Hot Again (60 Minutes):

 

“I certainly was among those 90% before I looked at the data, and I can see where some might be very concerned when they see this piece. All I have to say is: read the published results, talk to the scientists, never let anybody else do your thinking for you.”
-Rob Duncan – Vice Chancellor of Research at the University of Missouri