Your welcome @j1337 Do you know TIME is 3 time more accurate than before?  I find this type of math play fascinating, look at some other things I found recently! 

L = logical = length unit = wavelength of radiation from the transition between hyperfine ground states of caesium-133 atoms at absolute zero, as that radiation passes through a perfect vacuum = 3.26122557 centimeters = 0.0326122557 meters. (The length unit is exactly 299792458/9192631770 meters.)

T = time unit = 16^8 × (Length unit / speed of light in a vacuum) = 0.467218464 seconds. Or the duration of 16^8 periods of the radiation corresponding to the transition between the two hyperfine levels of the ground state of the caesium-133 atom at rest at a temperature of 0 K. (The time unit is exactly 4294967296/9192631770 seconds.)

M = unit of mass = 16^32 × Planck's constant / (speed of light × length unit) = 0.0230618313 kg, which makes plank's constant 16^-24. [I'm not sure of a nice way to state this definition.] (This unit is only as good as our measurement of Planck's constant, currently with an uncertainty of around 5×10^-8. But we're still arguing about how to define the kilogram.) [In the galaxy, the simplest way to realize this definition is to ask the most scientifically advanced species you can find to make a measurement of Planck's constant with minimal uncertainty and manufacture a few 1-unit-of-mass artifacts.]

C = unit of current = 52.3615416 amperes. The Current Unit is a constant current which, if maintained in two straight parallel conductors of infinite length, of negligible circular cross section, and placed 1 Length Unit apart in a vacuum, would produce between these conductors a force per length equal to 1/(2π) M×L/T²/L.

E = unit of energy = M×L²/T² = 0.000112360968 joules

P = unit of temPerature = 7.05881935 Kelvins, which makes Boltzmann's constant 16^-16. One defines temperature in terms of the ideal-gas-law behavior of an ideal gas: the temperature of an ideal gas is defined to equal (16^16)(pressure)(volume)/(number of particles).

Speed of light = 16^8 L/T

Newtonian constant of gravitation = 9.6853×10^-9 L³/M/T² (measured)

Electric constant = vacuum permittivity = 16^-16 T⁴×C²/L³/M (by definition)

Magnetic constant = vacuum permeability = 1 M×L/T²/C² (by definition)