Length is a physical dimension of mass and so is width, and height. Time is a dimension of both mass and energy. Is there another dimension, frequency with effect mass and energy.
Webster defines a dimension as follows: "measure in one direction; specific: one of three or four coordinates determining a position in space or space and time." Therefore for another dimension to exist we would need to have to extend the coordinate system to another set of lines.
To satisfy frequency as a dimension we would also have to answer the following tow premissi: 1. frequency aspect of all elements within the universe, such as mass, energy and space 2. existing dimension would have to be independent of frequency.
The first premise states that all aspects of the universe must have a frequency component. To start with the universe is made up of three major components: Mass, Energy and Space. The two eky components which are subject to dimensions are Mass and Energy. For Frequency to be a dimension both mass and energy must have a frequency component. All aspects of the known universe can be educed to either mass or energy. In Einstein's equation e=hv where E= energy, h= planks constant and v= frequency, energy is put in terms of frequency multiplied by a constant. Therefore, energy can be thought of in terms of frequency.
As for mass Einsteins's equations E=mc2, where E= Energy, M=Mass and C the constant light; mass is described in terms of energy multiplied by the constant of light. Therefore, mass can be thought of in terms of energy. Since all aspects of the universe can be reduced to either mass or energy and mass can be reduced to energy multiplied by a constant then the universe can be reduced to energy multiplied by a constant then the universe can be reduced to energy (e=hv and e=mc2 or m=e/c2). If we go one step further, energy can be reduced to frequency multiplied by a constant with the equations e=hv. there fore the universe is a series of frequencies.
Setting the two proceeding equations equal to each other results in the following: Energy (E) = Energy. The components of these equations are mc2= hv which will reduce to M=Hv/c2. This relation can be further reduced to: Mass (M)= Frequency (v) multiplied by a constant (h/C2). Therefore, mass can be thought of as frequency multiplied by a constant of mass is a function of frequency. Therefore, frequency is a component, of all mass and all energy. Is mass and energy more than frequency times a constant.
The second premise is that frequency independent of height, width, length and time? Length width, and height are all magnitude numbers covering distance between points without any relation to frequency. As for time it is a progression of events without respect to any frequency component. Or is it- Frequency is 1/ time or time is 1/ frequency. All measurements of time are performed by some frequency calculation. Your alarm clack uses an oscillator to based on ether voltage of a battery or the oscillation of the AC line to measure time even Atomic clocks measure using the frequency of the decay of particles. The question is time really a dimension or is it frequency that is the correct dimension.
Upper Bounds of frequency within this dimension:
Einstein proposed that M=Mo(1-V2/C2)^1/2 whee M is the mass in the movement, Mo is mass at rest, v is velocity, and cis the speed of light. This equation states that as the velocity approaches the constant c, then the mass expands infinity. For velocity of any mass to increase energy must be applied as energy which is frequency times a constant. The upward bounds of velocity is the speed of light: therefore, the maximum energy that can be put within a system is proportional to a frequency which is the upper boundary of this dimension. If one's velocity were to accelerate beyond this speed then a new dimension would exit Mass would grow to a infinitely large and no longer be part of this dimension. therefore the velocity of light is the upper bounds or that phase velocity is the limit to oscillations within this dimension.
Lower Bounds of Frequency within this Dimension
As the temperature of an atam approaches absolute zero all motion is said to stop, and no energy exists. Energy is frequency times a constant; if no energy exists then frequency is equal to zero. the absence of frequency must be the lower boundary of this dimension. Mass would shrink to an infinitely small size and no longer be part of this dimension. The absence of frequency is the lower bound of this dimension.
Hiezenburgs Uncertainty principle and frequency:
Hizenburgs uncertainty principle is similar to frequency modulation on the amplitude (phase noise) of the fundamental oscillation of the electron around the atom. Therefore, undiscovered sub-orbital must exit that are induced by energy i.e. frequency.
Unifying Theory
Any unifying theory must deal with the classical problems within physics:
1. electron particle wave duality
electrons under certain conditions behave like wave and in other conditions like particles. Two great scientists each received a nobel prize for proving both that the electron is a particle and a wave
2. Gravity
The most common and yet the least understood force. What it and how it relates to other forces?
Electron Particle Wave Duality
The electron is packet of frequency whether it is a mass or energy photon it is only frequency times some constant. The wave lenght effects are a function of the mixing of the fundamental frequency of the electron and the visible light of the observer. The wave aspectgs of the electron are only modulated energy packets at a lower frequency. What is seen in the classical experiments is the mixing of the visible light with the fundamental frequency of the electron. Electrons are packets which behave similar to waves because of the bundled nature of the packet. Water can appear as a continous stream from a AC pump yet when examined closely using a strobe light individual droplets exist. it behaves as indivdual particles.
Gravity (The unknown force)
There are no direct measurements of gravity. All measurements are of the mass's reactions to gravity. What is known about gravity is that larger masses have a greater effect on gravity. Frequency (time), light , heat (Inferred (IR), Light) are all effected by gravity. Maxwell showed us that IR, can modulate visible light (heat waves). Further, sound waves can be used to modulate IR, or UV waves.
Frequency of Gravity:
Gravity is a function of two masses and the radius of their distances from each other. since mass can be reduced to frequency times a constant. Gravity must have a frequency component. The earth's mass is 5.98*100**24 Kg using de Brogue wave lenght the wave length calculation of the lambda h/mv where h= planks constant of 6.6*10** -34, m=mass of the earth and v= earth's velocity of 10**4 m/s. Lambda 394.6*10**-64m and the frequency is equal to f=c/lambda which results in a frrequency of 1183.8* 10 **72Hz.
Webster defines a dimension as follows: "measure in one direction; specific: one of three or four coordinates determining a position in space or space and time." Therefore for another dimension to exist we would need to have to extend the coordinate system to another set of lines.
To satisfy frequency as a dimension we would also have to answer the following tow premissi: 1. frequency aspect of all elements within the universe, such as mass, energy and space 2. existing dimension would have to be independent of frequency.
The first premise states that all aspects of the universe must have a frequency component. To start with the universe is made up of three major components: Mass, Energy and Space. The two eky components which are subject to dimensions are Mass and Energy. For Frequency to be a dimension both mass and energy must have a frequency component. All aspects of the known universe can be educed to either mass or energy. In Einstein's equation e=hv where E= energy, h= planks constant and v= frequency, energy is put in terms of frequency multiplied by a constant. Therefore, energy can be thought of in terms of frequency.
As for mass Einsteins's equations E=mc2, where E= Energy, M=Mass and C the constant light; mass is described in terms of energy multiplied by the constant of light. Therefore, mass can be thought of in terms of energy. Since all aspects of the universe can be reduced to either mass or energy and mass can be reduced to energy multiplied by a constant then the universe can be reduced to energy multiplied by a constant then the universe can be reduced to energy (e=hv and e=mc2 or m=e/c2). If we go one step further, energy can be reduced to frequency multiplied by a constant with the equations e=hv. there fore the universe is a series of frequencies.
Setting the two proceeding equations equal to each other results in the following: Energy (E) = Energy. The components of these equations are mc2= hv which will reduce to M=Hv/c2. This relation can be further reduced to: Mass (M)= Frequency (v) multiplied by a constant (h/C2). Therefore, mass can be thought of as frequency multiplied by a constant of mass is a function of frequency. Therefore, frequency is a component, of all mass and all energy. Is mass and energy more than frequency times a constant.
The second premise is that frequency independent of height, width, length and time? Length width, and height are all magnitude numbers covering distance between points without any relation to frequency. As for time it is a progression of events without respect to any frequency component. Or is it- Frequency is 1/ time or time is 1/ frequency. All measurements of time are performed by some frequency calculation. Your alarm clack uses an oscillator to based on ether voltage of a battery or the oscillation of the AC line to measure time even Atomic clocks measure using the frequency of the decay of particles. The question is time really a dimension or is it frequency that is the correct dimension.
Upper Bounds of frequency within this dimension:
Einstein proposed that M=Mo(1-V2/C2)^1/2 whee M is the mass in the movement, Mo is mass at rest, v is velocity, and cis the speed of light. This equation states that as the velocity approaches the constant c, then the mass expands infinity. For velocity of any mass to increase energy must be applied as energy which is frequency times a constant. The upward bounds of velocity is the speed of light: therefore, the maximum energy that can be put within a system is proportional to a frequency which is the upper boundary of this dimension. If one's velocity were to accelerate beyond this speed then a new dimension would exit Mass would grow to a infinitely large and no longer be part of this dimension. therefore the velocity of light is the upper bounds or that phase velocity is the limit to oscillations within this dimension.
Lower Bounds of Frequency within this Dimension
As the temperature of an atam approaches absolute zero all motion is said to stop, and no energy exists. Energy is frequency times a constant; if no energy exists then frequency is equal to zero. the absence of frequency must be the lower boundary of this dimension. Mass would shrink to an infinitely small size and no longer be part of this dimension. The absence of frequency is the lower bound of this dimension.
Hiezenburgs Uncertainty principle and frequency:
Hizenburgs uncertainty principle is similar to frequency modulation on the amplitude (phase noise) of the fundamental oscillation of the electron around the atom. Therefore, undiscovered sub-orbital must exit that are induced by energy i.e. frequency.
Unifying Theory
Any unifying theory must deal with the classical problems within physics:
1. electron particle wave duality
electrons under certain conditions behave like wave and in other conditions like particles. Two great scientists each received a nobel prize for proving both that the electron is a particle and a wave
2. Gravity
The most common and yet the least understood force. What it and how it relates to other forces?
Electron Particle Wave Duality
The electron is packet of frequency whether it is a mass or energy photon it is only frequency times some constant. The wave lenght effects are a function of the mixing of the fundamental frequency of the electron and the visible light of the observer. The wave aspectgs of the electron are only modulated energy packets at a lower frequency. What is seen in the classical experiments is the mixing of the visible light with the fundamental frequency of the electron. Electrons are packets which behave similar to waves because of the bundled nature of the packet. Water can appear as a continous stream from a AC pump yet when examined closely using a strobe light individual droplets exist. it behaves as indivdual particles.
Gravity (The unknown force)
There are no direct measurements of gravity. All measurements are of the mass's reactions to gravity. What is known about gravity is that larger masses have a greater effect on gravity. Frequency (time), light , heat (Inferred (IR), Light) are all effected by gravity. Maxwell showed us that IR, can modulate visible light (heat waves). Further, sound waves can be used to modulate IR, or UV waves.
Frequency of Gravity:
Gravity is a function of two masses and the radius of their distances from each other. since mass can be reduced to frequency times a constant. Gravity must have a frequency component. The earth's mass is 5.98*100**24 Kg using de Brogue wave lenght the wave length calculation of the lambda h/mv where h= planks constant of 6.6*10** -34, m=mass of the earth and v= earth's velocity of 10**4 m/s. Lambda 394.6*10**-64m and the frequency is equal to f=c/lambda which results in a frrequency of 1183.8* 10 **72Hz.
