[AntonioLao]

In light of the theoretical successes of muon-catalyzed cold fusion, in principle, a tau-catalyzed fusion should produce a lot more energy. However, the insurmountable problem remains with the production of enough tau particles for sustaining the reaction. Furthermore, these tau particles must also live long enough for initiating a continuously fusion chain reaction. Since the mass of the tau is almost twice the mass of the proton, the hydrogen isotope composed of tau and proton would more than likely to have the proton orbiting the tau instead of the other way around. But if the nucleus is composed of a proton and a neutron, the mass of tau would be slightly less than the deuteron and it can orbit the deuteron forming an extremely compact hydrogen isotope that initializes even a much colder fusion reaction at absolute zero temperature.

[mkirkpatrick]

Originally Posted by AntonioLao In light of the theoretical successes of muon-catalyzed cold fusion, in principle, a tau-catalyzed fusion should produce a lot more energy. However, the insurmountable problem remains with the production of enough tau particles for sustaining the reaction. Furthermore, these tau particles must also live long enough for initiating a continuously fusion chain reaction. Since the mass of the tau is almost twice the mass of the proton, the hydrogen isotope composed of tau and proton would more than likely to have the proton orbiting the tau instead of the other way around. But if the nucleus is composed of a proton and a neutron, the mass of tau would be slightly less than the deuteron and it can orbit the deuteron forming an extremely compact hydrogen isotope that initializes even a much colder fusion reaction at absolute zero temperature.

Antonio,this is where the science of alchemy comes
in,and rescues the mission?Transformation and balancing arepossible!


kind regards michael.

[AntonioLao]

Originally Posted by mkirkpatrick this is where the science of alchemy comes in,and rescues the mission?Transformation and balancing arepossible!

Are you suggesting that tau wavicles can be produced easily and abundantly?

[baudrunner]

Antonio, get your head out of cold fusion. A fusion reaction is very, very hot.

[mkirkpatrick]

Originally Posted by AntonioLao Are you suggesting that tau wavicles can be produced easily and abundantly?

I wish they could Antonio.no i am not saying that,what I was thinking,was that maybe alchemy could solve the problem?


kind regards michael.

[AntonioLao]

Originally Posted by mkirkpatrick was that maybe alchemy could solve the problem?

By alchemists' persistency and tenacity, I agree they can solve any given problem.

Originally Posted by baudrunner A fusion reaction is very, very hot.

Relatively speaking, it is really about input heat and output heat. The ideal situation is to put in less heat than the heat coming out demonstrating heat gain as positive efficiency. For example, in less ideal machine, this is shown by the Carnot cycle in thermodynamics. http://en.wikipedia.org/wiki/Carnot_heat_engine