I have a single neutrino and a single anti neutrino.
I have accelerated both constituents to 'c'.
I then introduce a scenario in which energy is added in a way so that both constituents which are traveling at 'c' collide at a angle in which compliments the bearing and does not subtract from...
If I clarify with the postulation that it is a Neutrino which collided with a Anti Neutrino and both constituents were moving at the constant 'c' in free space with no tangible deterrents or likewise constituents in the field then can I be correct in assuming a speed greater than 'c' has been...
Sorry to bring this back to life but...
http://www.sciencedaily.com/releases/2012/03/120316204743.htm
In short
What if a Neutrino Hit another Neutrino and both of these hypothetical constituents were traveling at 'c'.
Where 'c' represents the highest 'attainable' speed to mass ration...
Thank you for taking the time to answer my questions. I appreciate you also taking the time to explain the detection process in some detail. One immediate clarification I require is of the meaning of settle in "Once the Ion settles". However I am sure that with further research into neutron...
I guess I am confused by the following statement:
[Cite]
http://en.wikipedia.org/wiki/Neutron_detection
"Both register similar energies after scattering into the detector from the target or ambient light, and are thus hard to distinguish."
Is that not an indication of some type of...
First Thank you for taking the time to reply to my thread!
Second I would like to clarify your response a bit to ensure I am comprehending your statements.
It seems if you are describing the alpha process from start to finish in the context of DT Fusion.
The instability you speak of...
Hello Guys,
I have some questions relating to Cold Fusion / Low Energy Fusion.
It seems Gamma Rays are not present from Cold Fusion experiments and Neutrons cannot be seen released from a sonar luminance reaction within the same nanosecond of time as the Alpha Process Completes...