the Planck constants

The Planck constants define the boundaries of the coherent bases of atomic logic. Here we showcase their phase plots, 2D and 3D surface plots, and their closed-form definitions.

Phase plots

Planck time
Planck time
Planck length
Planck length
Planck charge
Planck charge
Planck temperature
Planck temperature
Planck mass
Planck mass

Surface plots

Planck timePlanck time
Planck lengthPlanck length
Planck chargePlanck charge
Planck temperaturePlanck temperature
Planck massPlanck mass
2D|3D
real|imaginary

Coherent closed-form definitions

Planck time equation
Planck length equation
Planck charge equation
Planck temperature equation
Planck mass equation

Where pi = Archimedes' constant, i = the imaginary unit, e = Euler's number, W_We = the Weierstrass constant, sinh(x) = the hyperbolic sine function, and cos(x) = the cosine function.

The decimal values of these closed forms yield numeric values for the Planck boundaries to any precision:

t_p = 5.39125836832313 ... × 10−44 s
Planck time
l_p = 1.61625918175645 ... × 10−35 m
Planck length
q_p = 1.87554596713962 ... × 10−18 C
Planck charge
T_p = 1.41678698590795 ... × 1032 K
Planck temperature
m_p = 2.17642683817579 ... × 10−8 kg
Planck mass