- #1
juliusfriedma
- 4
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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.
http://en.wikipedia.org/wiki/Helium_fusion
http://en.wikipedia.org/wiki/Fusion_power
http://en.wikipedia.org/wiki/Gamma-ray_generation
I think I have an explination for this that seems very apparent to me and I just wanted to get your opinion.
Light moves slower than C in various mediums such as such as glass. Quantum Loop Gravity explains this phenomena. Additionally the Special Glass typically utilized in these experiments can absorb much higher frequencies of energy and will not explode when high frequencies of waves are passed through its structure. If I have a bad understanding of these concepts please correct them.
[Cite]
When a gamma ray passes through matter, the probability for absorption in a thin layer is proportional to the thickness of that layer. This leads to an exponential decrease of intensity with thickness. The exponential absorption holds only for a narrow beam of gamma rays.
[Cite]
Gamma-ray generation can occur whenever charged particles pass within certain distances of each other without being in fixed orbits, the accelerations (or decelerations) may give off gamma rays. Gamma radiation (γ ray) is electromagnetic radiation that borders and in some circumstances overlaps with X-radiation in wavelength ≲ 8 pm, frequency ≳ EHz and energy ≳ 120 keV. In terms of temperature, 1 eV = 11,604 K. Gamma rays (≳ 120 keV) correspond to ≳ 1.39 x 109 K (1.39 GK).
...
Thus I argue that with higher tempratures you have much more energy and thus much more movement among the particles.
If a Neutron was to be released from this process it would be traveling at or below C, thus we would either recognize the Neutron being created slightly after the exact nanosecond the fusion occurs or not at all due to its speed. When the Neutron is created it may be in a condensed state and only register as a Wave Packet until its temperature changes enough or it decelerates enough to be considered a packet which could happen long after the initial nanosecond of fusion has occurred.
IMHO It is impossible to see it at the same exact time because of the speed or temprature of the neutron is so great its position cannot be accurately measured until the speed / temprature decreases and it is registered as a neutron. Can this be correct? IF NOT WHY?
Is this not the same type of thing which can be seen when you perform the photo static slit experiments? The collapse of the wave function creates 2 separate electrons which registered as a hit in the detector going through both slits.
This is explained because the two discreet waves being formed are a duality of the single electron being passed through the system. The energy of each wave packet becomes a representation of the particle, after entering in a lower energy state it exhibits the same fundamental rules as a particle and thus is captured twice in the detector, one for each slit.
Also wouldn't this explain why HOT Fusion can seem to create Gamma Rays and Cold / Low Energy Fusion does not? IF NOT WHY?
Thank you for your time!
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.
http://en.wikipedia.org/wiki/Helium_fusion
http://en.wikipedia.org/wiki/Fusion_power
http://en.wikipedia.org/wiki/Gamma-ray_generation
I think I have an explination for this that seems very apparent to me and I just wanted to get your opinion.
Light moves slower than C in various mediums such as such as glass. Quantum Loop Gravity explains this phenomena. Additionally the Special Glass typically utilized in these experiments can absorb much higher frequencies of energy and will not explode when high frequencies of waves are passed through its structure. If I have a bad understanding of these concepts please correct them.
[Cite]
When a gamma ray passes through matter, the probability for absorption in a thin layer is proportional to the thickness of that layer. This leads to an exponential decrease of intensity with thickness. The exponential absorption holds only for a narrow beam of gamma rays.
[Cite]
Gamma-ray generation can occur whenever charged particles pass within certain distances of each other without being in fixed orbits, the accelerations (or decelerations) may give off gamma rays. Gamma radiation (γ ray) is electromagnetic radiation that borders and in some circumstances overlaps with X-radiation in wavelength ≲ 8 pm, frequency ≳ EHz and energy ≳ 120 keV. In terms of temperature, 1 eV = 11,604 K. Gamma rays (≳ 120 keV) correspond to ≳ 1.39 x 109 K (1.39 GK).
...
Thus I argue that with higher tempratures you have much more energy and thus much more movement among the particles.
If a Neutron was to be released from this process it would be traveling at or below C, thus we would either recognize the Neutron being created slightly after the exact nanosecond the fusion occurs or not at all due to its speed. When the Neutron is created it may be in a condensed state and only register as a Wave Packet until its temperature changes enough or it decelerates enough to be considered a packet which could happen long after the initial nanosecond of fusion has occurred.
IMHO It is impossible to see it at the same exact time because of the speed or temprature of the neutron is so great its position cannot be accurately measured until the speed / temprature decreases and it is registered as a neutron. Can this be correct? IF NOT WHY?
Is this not the same type of thing which can be seen when you perform the photo static slit experiments? The collapse of the wave function creates 2 separate electrons which registered as a hit in the detector going through both slits.
This is explained because the two discreet waves being formed are a duality of the single electron being passed through the system. The energy of each wave packet becomes a representation of the particle, after entering in a lower energy state it exhibits the same fundamental rules as a particle and thus is captured twice in the detector, one for each slit.
Also wouldn't this explain why HOT Fusion can seem to create Gamma Rays and Cold / Low Energy Fusion does not? IF NOT WHY?
Thank you for your time!