TheKhan
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Despite my regular check ups, I can`t believe I missed out on this until now. I`m starting up a new thread.
Based on the fact that the ZP energy seems to vary, I`m starting to lean towards maybe it is energy that is present everywhere in the form of friction between particles inherent in our galaxy and particles that are not part of our galaxy. That are undetectable to our instruments and do not effect our material surrounding in a way we would notice. Since our galaxy travels in one direction it would be no surprise if they came into contact with particles that are not part of our system, that would cause excitement. Much like wind that is invisible and undetectable.
Therefore not interfering with the law of Thermodynamics. We just need to redefine what the model for a Thermodynamic system is. As obviously there would be no surprise if our instruments failed to detect things we don`t know yet. We don`t even bother to detect the suttle changes in air pressure around us in detail, so I think we might be a long ways to connect something similar that we have no means to detect yet.
Another phenomena to note is that the smaller the diodes (?) were, the greater the force (my mind might be a bit mixed up now), suggesting that like a water hose, if water was forced through a smaller hole, the force at which it comes out is greater. Suggesting some sort of seperation between the ZP energy and our surroundings.
Free Energy - Zero-Point Energy Extraction from the Quantum Vacuum (1hr)
Tesla The Race to Zero Point Free Energy ( Documentary ZPE ) alternative science (1:50 hr)
Zero-point energy - Wikipedia, the free encyclopedia
I think tapping into these sorts of energies could lead us to find ways for example extract hydrogen from water very efficiently or improve other high-tech.
PEACE.
TK
Based on the fact that the ZP energy seems to vary, I`m starting to lean towards maybe it is energy that is present everywhere in the form of friction between particles inherent in our galaxy and particles that are not part of our galaxy. That are undetectable to our instruments and do not effect our material surrounding in a way we would notice. Since our galaxy travels in one direction it would be no surprise if they came into contact with particles that are not part of our system, that would cause excitement. Much like wind that is invisible and undetectable.
Therefore not interfering with the law of Thermodynamics. We just need to redefine what the model for a Thermodynamic system is. As obviously there would be no surprise if our instruments failed to detect things we don`t know yet. We don`t even bother to detect the suttle changes in air pressure around us in detail, so I think we might be a long ways to connect something similar that we have no means to detect yet.
Another phenomena to note is that the smaller the diodes (?) were, the greater the force (my mind might be a bit mixed up now), suggesting that like a water hose, if water was forced through a smaller hole, the force at which it comes out is greater. Suggesting some sort of seperation between the ZP energy and our surroundings.
Free Energy - Zero-Point Energy Extraction from the Quantum Vacuum (1hr)
Tesla The Race to Zero Point Free Energy ( Documentary ZPE ) alternative science (1:50 hr)
Zero-point energy - Wikipedia, the free encyclopedia
Zero-point energy
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In physics, the zero-point energy is the lowest possible energy that a quantum mechanical physical system may have and is the energy of the ground state. The quantum mechanical system that encapsulates this energy is the zero-point field. The concept was first proposed by Albert Einstein and Otto Stern in 1913. The term "zero-point energy" is a calque of the German Nullpunktenergie. All quantum mechanical systems have a zero point energy. The term arises commonly in reference to the ground state of the quantum harmonic oscillator and its null oscillations.
Zero-point energy is sometimes used as a synonym for the vacuum energy, an amount of energy associated with the vacuum of empty space. In cosmology, the vacuum energy is one possible explanation for the cosmological constant.[1] The variation in zero-point energy as the boundaries of a region of vacuum move leads to the Casimir effect, which is observable in nanoscale devices.
A related term is zero-point field, which is the lowest energy state of a field; i.e. its ground state, which is non-zero.[2]
I think tapping into these sorts of energies could lead us to find ways for example extract hydrogen from water very efficiently or improve other high-tech.
PEACE.
TK