Gravity Isn't Equal to Everything

Normalizing the velocity of light ‘c’ to a non-dimensional 1 generates a simple system of units of measurements. All other natural constants will still have their unique unit of measurement, and thus no information will be snowed under. Instead, nature appears more transparent. Besides Planck’s E=h.υ, Boltzmann gives an alternate way of defining ‘content’: if the entropy of an object is expressed in e.g. J/K, multiplying that objects entropy with its (inherent) temperature delivers ‘content’ in Joules. This route delivers an enhanced Planck equation, applicable to binary particles (particles that have a discrete number of states). This alternate Boltzmann route must meet the conservation principle. This demands a relationship between natural constants. From that relationship, the gravitational constant between smallest observable binary particles is calculated. Photons are not binary particles. It will be argued why photons are not subject to gravity: the frequency drop we measure if they climb in a gravitational field is the consequence of the local clock running faster while climbing (time dilatation). Therefore, gravity isn’t equal to everything.