I’ll think there is something to cold-fusion when I see one in operation powering one LED handed over to the Scientists and Physicists in the Smithsonian, MIT, or DARPA for them to pour over, until then it’s relegated to perpetual motion machines, fun to look at some garage mechanics latest brake through, but of no scientific significance.
Thanks for showing your ignorance. That’s the thing about cold fusion — the bar keeps getting raised for it while the bar for plasma fusion gets lowered. Much of this is due to ignorance like yours, which is a fine example of a perpetual motion machine in itself.
According to Jed Rothwell, the excess heat experiment has been repeated worldwide roughly 14,000 times successfully according to an estimate by J. He (Front. Phys. China, 2007). There are 4,700 authors in his database. He says at least 2,000 have authored or co-authored experimental papers. He has counted major journal peer-reviewed papers reporting excess heat — more than 150 papers with more than 300 authors and co-authors in 50 publications. There are about 150 other papers describing other nuclear effects such as tritium and neutrons. They far outnumber the negative reports. In 1989 there were 20 negative peer-reviewed papers with 135 authors and coauthors. The reasons these early efforts failed are now well understood. There are also roughly 2,500 non peer reviewed papers including some excellent papers published by the U.S. Navy, Mitsubishi, Amoco, the Japanese Nat. Synchrotron Lab., Los Alamos, BARC and others that are much better than most peer-reviewed papers, in his opinion. You can read ~500 papers at LENR-CANR.org or at a university or national laboratory library. Most of the papers at LENR-CANR.org are copied from conference proceedings and from the libraries at Los Alamos and Georgia Tech, with permission. Plus he has copies of an additional 1,100 peer-reviewed papers that he cannot get permission to upload, regrettably.
http://www.scientificblogging.com/news_rel...e_if_you_say_so
More papers:
http://www.newenergytimes.com/v2/reports/S...tedPapers.shtml
A typical cold fusion experiment using Seebeck calorimeter
costs roughly $50,000 including all equipment. Some have produced 50 to 300 megajoules in one run. They have achieved the two goals hot fusion has failed to reach for 60 years: breakeven and full ignition.
The Tokamak Fusion Test Reactor (TFTR) at the Princeton University Plasma Physics Laboratory, U.S. Department of Energy cost “about a billion dollars” to construct and $70 million a year to operate. It produced 6 megajoules in one experiment, the world record run for hot fusion.