What is Missing in Les Case's Catalytic Fusion - Revision history

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	Originally published in <em>Infinite Energy</em>, V8, N46, pp. 60-62 (2002).		Originally published in <em>Infinite Energy</em>, V8, N46, pp. 60-62 (2002).

	Dr. Les Case?s catalytic fusion has been repeated by Dr. Michael McKubre, who has commented1 ?One of the difficulties in the cold fusion field is the apparent lack of replicability of experiments: many people performing the same experiment get apparently different results; different experiments performed in the same laboratory give apparently different results. What this is telling us is that there are some important parameters of our experiments that are not under control. We just don't know what the process is that we are studying, so we don't know what parameters we need to control in order to yield a consistent result.? Of course, there are some important parameters that are not under control, because we do not have a theory from which we can understand the reaction d+d. He-4 in the Case process. Without a theory, we are unable to discover these unknown parameters.		Dr. Les Case's catalytic fusion has been repeated by Dr. Michael McKubre, who has commented1 ?One of the difficulties in the cold fusion field is the apparent lack of replicability of experiments: many people performing the same experiment get apparently different results; different experiments performed in the same laboratory give apparently different results. What this is telling us is that there are some important parameters of our experiments that are not under control. We just don't know what the process is that we are studying, so we don't know what parameters we need to control in order to yield a consistent result.? Of course, there are some important parameters that are not under control, because we do not have a theory from which we can understand the reaction d+d. He-4 in the Case process. Without a theory, we are unable to discover these unknown parameters.

	I proposed a new model of the neutron2 and a new fundamental concept3 that perhaps can help us to understand how the reaction d+d. He-4 is promoted in Case?s catalytic fusion. Herein I analyze the Case process by considering such a new concept.		I proposed a new model of the neutron2 and a new fundamental concept3 that perhaps can help us to understand how the reaction d+d. He-4 is promoted in Case's catalytic fusion. Herein I analyze the Case process by considering such a new concept.

	[[Category:Scientific Paper\|missing les case 's catalytic fusion]]		[[Category:Scientific Paper\|missing les case 's catalytic fusion]]

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	{{Infobox paper		{{Infobox paper
	\| title = What is Missing in Les Case\'s Catalytic Fusion		\| title = What is Missing in Les Case's Catalytic Fusion
	\| author = [[Wladimir Guglinski]]		\| author = [[Wladimir Guglinski]]
	\| published = 2002		\| published = 2002

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	\| author = [[Wladimir Guglinski]]		\| author = [[Wladimir Guglinski]]
	\| published = 2002		\| published = 2002
	~~\| journal = [[None]]~~
	\| pages = 266-269		\| pages = 266-269
	}}		}}

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	I proposed a new model of the neutron2 and a new fundamental concept3 that perhaps can help us to understand how the reaction d+d. He-4 is promoted in Case?s catalytic fusion. Herein I analyze the Case process by considering such a new concept.		I proposed a new model of the neutron2 and a new fundamental concept3 that perhaps can help us to understand how the reaction d+d. He-4 is promoted in Case?s catalytic fusion. Herein I analyze the Case process by considering such a new concept.

	[[Category:Scientific Paper]]		[[Category:Scientific Paper\|missing les case 's catalytic fusion]]

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{{Infobox paper
| title = What is Missing in Les Case\'s Catalytic Fusion
| author = [[Wladimir Guglinski]]
| published = 2002
| journal = [[None]]
| pages = 266-269
}}

==Abstract==

Originally published in <em>Infinite Energy</em>, V8, N46, pp. 60-62 (2002).

Dr. Les Case?s catalytic fusion has been repeated by Dr. Michael McKubre, who has commented1 ?One of the difficulties in the cold fusion field is the apparent lack of replicability of experiments: many people performing the same experiment get apparently different results; different experiments performed in the same laboratory give apparently different results. What this is telling us is that there are some important parameters of our experiments that are not under control. We just don't know what the process is that we are studying, so we don't know what parameters we need to control in order to yield a consistent result.? Of course, there are some important parameters that are not under control, because we do not have a theory from which we can understand the reaction d+d. He-4 in the Case process. Without a theory, we are unable to discover these unknown parameters.

I proposed a new model of the neutron2 and a new fundamental concept3 that perhaps can help us to understand how the reaction d+d. He-4 is promoted in Case?s catalytic fusion. Herein I analyze the Case process by considering such a new concept.

[[Category:Scientific Paper]]