STXBob
Gold Member
I suspect you achieved an interspatial resonance factor previously unknown to theorists.
Ogata and Ghatak noted in 2005 that Schumann resonance can be achieved at relatively low frequencies, even as low as 10Hz. Since your 32nd note strokes at 200bpm equal approximately 100Hz, there is every possibility that a quantum resonance could have been achieved.
Of course, quantum resonance is dependent on the Q factor of the frequency generator and the relative characteristics of the environment, given the Uncertainty Principle and its interaction with Special Relativity. Siegman and Siebert, working from Terman's groundbreaking 1936 efforts, found in 1986 that simple objects can be made to shift quantum state by placing them in a chamber of a given resonance and applying specific frequencies of sonic energy. (NB: Another source, rarely cited, is the still-classified findings of the Philadephia Experiment.)
Thankfully, the calculations are fairly straightforward.
If the distance between the sides is d,, the length of a roundtrip is 2d,. In order to cause resonance, the phase of a sinusoidal wave after a roundtrip has to be equal to the initial phase, so the waves will reinforce. So the condition for resonance in a resonator is that the roundtrip distance, 2d,, be equal to an integer number of wavelengths λ, of the wave:
If the velocity of a wave is υ,, the frequency is f = v / λ, so the resonant frequencies are:
It appears the particles which made up your drumsticks were unstable particles, with the formula above valid if the Γ is the decay rate and Ω replaced by the particle's mass M. In that case, the formula comes from the particle's propagator, with its mass replaced by the complex number M+iΩ. The formula is further related to the particle's decay rate by the optical theorem, which is why the sticks disappeared from view.
Having met the prerequisites for Schumann Resonance, clearly your dropped drumsticks have either been cloaked in much the same manner as the USS Eldridge, or indeed met with a wormhole you have inadvertently created. If the former occurred, odds are you will tread on the quantum-invisible stick in the middle of the night and fall over. In the latter circumstance I hope the sticks turned up somewhere interesting, creating massive conspiracy theories among an alien culture.
Ogata and Ghatak noted in 2005 that Schumann resonance can be achieved at relatively low frequencies, even as low as 10Hz. Since your 32nd note strokes at 200bpm equal approximately 100Hz, there is every possibility that a quantum resonance could have been achieved.
Of course, quantum resonance is dependent on the Q factor of the frequency generator and the relative characteristics of the environment, given the Uncertainty Principle and its interaction with Special Relativity. Siegman and Siebert, working from Terman's groundbreaking 1936 efforts, found in 1986 that simple objects can be made to shift quantum state by placing them in a chamber of a given resonance and applying specific frequencies of sonic energy. (NB: Another source, rarely cited, is the still-classified findings of the Philadephia Experiment.)
Thankfully, the calculations are fairly straightforward.
If the distance between the sides is d,, the length of a roundtrip is 2d,. In order to cause resonance, the phase of a sinusoidal wave after a roundtrip has to be equal to the initial phase, so the waves will reinforce. So the condition for resonance in a resonator is that the roundtrip distance, 2d,, be equal to an integer number of wavelengths λ, of the wave:
If the velocity of a wave is υ,, the frequency is f = v / λ, so the resonant frequencies are:
It appears the particles which made up your drumsticks were unstable particles, with the formula above valid if the Γ is the decay rate and Ω replaced by the particle's mass M. In that case, the formula comes from the particle's propagator, with its mass replaced by the complex number M+iΩ. The formula is further related to the particle's decay rate by the optical theorem, which is why the sticks disappeared from view.
Having met the prerequisites for Schumann Resonance, clearly your dropped drumsticks have either been cloaked in much the same manner as the USS Eldridge, or indeed met with a wormhole you have inadvertently created. If the former occurred, odds are you will tread on the quantum-invisible stick in the middle of the night and fall over. In the latter circumstance I hope the sticks turned up somewhere interesting, creating massive conspiracy theories among an alien culture.