@vgmlr · 30d
In #rft the medium (field) has an inherent density that when compressed/contracted by colluding spherical waves, a fundamental geometric shape is the equilibrium (moment) ("particle"). The volume of the shape can then calculate the density of the medium begets calculations of energy's peak oscillations.
>energy = medium x velocity(d) (e=mv(d)²?!)
In #rft the medium (field) has an inherent density that when compressed/contracted by colluding spherical waves, a fundamental geometric shape is the equilibrium (moment) ("particle"). The volume of the shape can then calculate the density of the medium begets calculations of energy's peak oscillations.
>energy = medium x velocity(d) (e=mv(d)²?!)
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