An equation that relates the energy and the space value should be able to determine the value of compression at a given distance from the energy source. The equation is C=1/Er^2. The compression value is equal to one divided by the energy, multiplied by the radius squared. C stands for compression, E stands for energy, and r stands for radius. The radius is the distance to the compression. The units for C are dimensionless points of space, or s for space. One point of space would be one s. One divided by the energy multiplied by the radius to the compression value squared gives the compression value at that point. C includes the compression value of the displaced space from the energy and the value of space in the surrounding area. This can be used to determine the value of compression at a given distance from the energy source. It is a relationship between the value of energy and the amount of space it can stretch and displace for photons and the amount of space compression it can shoulder. Particles displace space according to the equation, it relates the energy and starting value of space to yield the space compression at a given distance from the particle. The starting value of space is the local compression without the compression in the surrounding area. This can determine the compression around or in a planet or a star. It can determine the compression around a black hole. This gives the compression around the nucleus in a molecule and in the shared molecule levels. A relationship between space and energy can be made through a space/energy ratio. The space/energy ratio can determine if the energy will be a light wave, a particle, or if a particle will form. The space value is the number of dimensionless points of space in an individual point. The compression value is the number of space points in a point. The value of space can be placed in the numerator. The energy value would be the number of dimensionless points of energy for the energy source. The energy value would be the value of energy for the energy source. The value of energy can be placed in the denominator. A high space value and a low energy value would result in a particle and the space/energy ratio would be a whole number. An almost equal space value and energy value would be close to particle formation and the space/energy ratio would be almost equal to one. A low space value and a high energy value would result in a light wave and the space/energy ratio would be a decimal. The equation solved for energy is E=1/Cr^2, this is for the cold fusion.
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