A physicist and an engineer announced that we were able to produce huge amounts of energy at low temperatures, starting from a few grams of nickel. But some remain skeptical. "We have achieved cold fusion." The amazing ad from a warehouse in the industrial area of \u200b\u200bBologna and plummets straight in the newspapers. A run is
Sergio Focardi, professor emeritus of physics at the University of Bologna, and Andrea Rossi, an engineer. In the shed was assembled a group of journalists and academics, a normal workbench houses a small machine, the experiment starts, the machine runs and begins to produce energy: 12 kWh
against a supply input of only 600 watt-hours 1989 Rossi
e
Focardi , al riguardo, è già ”, ci spiega Sergio Focardi, uno dei due padri dell’esperimento, “
oppure quella a cui abbiamo assistito è una reazione nucleare in piena regola
”.
Focardi si riferisce al fatto che, nell’esperimento di Bologna, si è ottenuta un’ efficienza energetica senza precedenti , assolutamente non paragonabile ai processi di produzione energetica comunemente utilizzati. “
I materiali di partenza del nostro processo sono nichel e idrogeno, questo viene scaldato a una certa temperatura con una normale resistenza
”, racconta Focardi, “ arrivati alla temperatura d’innesco si inizia il processo di produzione di energia: gli atomi di idrogeno penetrano nel nichel e lo trasformano in rame. O almeno, questa è la nostra interpretazione. ” Focardi parla di interpretazione , poiché è lui il primo ad ammettere che la dinamica di questo processo non è ancora completamente dimostrabile , si sa solo che avviene, che è riproducibile and in some cases can lead to the production of energy also
200 times higher than those start. Bologna's experiment would be only the first public demonstration of a discovery that Focardi and Rossi replicated in various forms since 2008. At that point, in an article entitled "A new energy source I materiali di partenza del nostro processo sono nichel e idrogeno, questo viene scaldato a una certa temperatura con una normale resistenza
”, racconta Focardi, “ arrivati alla temperatura d’innesco si inizia il processo di produzione di energia: gli atomi di idrogeno penetrano nel nichel e lo trasformano in rame. O almeno, questa è la nostra interpretazione. ” Focardi parla di interpretazione , poiché è lui il primo ad ammettere che la dinamica di questo processo non è ancora completamente dimostrabile , si sa solo che avviene, che è riproducibile and in some cases can lead to the production of energy also
from nuclear fusion
"
, and published last March in the Journal of Nuclear Physics , list the results of at least six other experiments and explain how the energy produced proved suitable for food generator
ie, in some cases, heat rooms "
, and published last March in the Journal of Nuclear Physics , list the results of at least six other experiments and explain how the energy produced proved suitable for food generator
.
The patented process of cold fusion by Andrea Rossi assisted by Sergio Focardi and could therefore represent a new method to produce
enormous amounts of energy at low temperatures The patented process of cold fusion by Andrea Rossi assisted by Sergio Focardi and could therefore represent a new method to produce
, with little expenditure statement (takes only a few grams of Nickel to obtain useful energy), small nuclear reactors
(tested in the laboratory have a big as a hand) and with low risk, since the lead shielding
have been shown to contain the spread of gamma rays.
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(tested in the laboratory have a big as a hand) and with low risk, since the lead shielding
have been shown to contain the spread of gamma rays.
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cases with skepticism by the scientific community. In this regard, we contacted
Clogs INFN Bologna, one of the witnesses to the event via electricity.
" , and as
this energy was produced, "says that could support her, "
It is as if someone claimed to have found a cure for cancer to which no one had ever thought of before Sockets: " because it's true, many times in the past there have been discovered obtained experimentally and then explained on a theoretical level. But our experimental measure does not lead any evidence in this case there were nuclear reactions. " Among the reasons why
Clogs to take with caution the results of Bologna there the fact that the detectors in the hall Friday have not made any production of photons, particles that should be produced by a similar reaction. Nevertheless Clogs, remains hopeful that the cold fusion submitted Friday will soon find a scientific explanation
" Clogs
before tears of joy to, is anxious to find a valid scientific explanation. Similarly, on Friday I saw the production of 15KiloWatt for half an hour. By performing systematic measurements of long duration (of the order of months or weeks) in which we measure both the energy input and output, and any nuclear products, then at that point I can accept that we can deal with a nuclear reaction.
" feeds a heated debate at the international level. "
Most colleagues ignored the article " comments about Focardi " young people instead were more inclined to accept it. The fact is that these things happen in the general opinion in the stars and not in the laboratory. But physics is an experimental science, and if one makes things, "says the physicist," happen then. "
Source:
http://daily.wired.it
We believe that this news has rocked the world of physics, the physical principle is still considered impossible! These scientists have discovered experimentally a "reaction" unknown at the theoretical level. Exactly what happened with the steam engines were first invented, and then theorists have explained the principle in formulas Math. Skepticism is still very high, because there are really very dark passages, such as the spontaneous transformation of nickel in copper, which is effectively out of the physical standards. " Here are three popular video:
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