~Space Time as a Friction-less Super-fluid
Space Time as a Friction-less Super-fluid
((((6.67804e-11 * (m^2)) / (kg / (s^2))) * (0.5/3.71295774e-28) kg) / (c^2))^0.25 = 1 seconds
((((6.67804e-11 * (m^2)) / (kg / (s^2))) * (6.73317655e+26 * 2) * kg) / (c^2))^0.25 = 1 seconds
0.5/1.34583679e+27 = 3.7151607e-28 kg
((2*0.25 kg * G) / (c^2)) = 3.71295774e-28 m
0.5 / ((1 kg * G) / (c^2)) = 6.73317655 e+26 m
https://en.wikipedia.org/wiki/Friedmann_equations#Density_parameter
3.7151607e-28 kg / m^3 = 0.223732226509 AMU / m^3https://en.wikipedia.org/wiki/Unified_atomic_mass_unit
(2/3.7037037037037e-28 )^2 = 2.916e+55 kg = Mass of Universe
(2/3.7037037037037e-28 )^2 / 135 = 2.16e+53 kg
https://en.wikipedia.org/wiki/Observable_universe#Mass_of_ordinary_matter
(((6.666666666e-11 / 2) * (newtons / (meters^2))) / (3.7037037037037e-28 * (kg / (meter^3))))^0.5 = 300000000 m/s
(((6.666666666e-11 / 2) * pascals) / (3.7037037037037e-28 * (kg / (meter^3))))^0.5 = 300000000 m / s
1.12500e-34 * 6 = 6.75e-34 Plancks Constant
Planck's constant / (1.12500e-34 * 6) = 0.981640006
((1.12500e-34 / 6.66666666666e-11) * 3e+8)^0.5 = 2.25e-8 Planck Mass
2.25e-8 kg * 3e+8^2 = 2.025e+9 Joules = Planck Energy
((1.12500e-34 * 6.66666666666e-11) / (3e+8^3))^0.5 = 1.6666667e-35 Planck Length
((1.12500e-34 * 6.66666666666e-11) / (3e+8^5))^0.5 = 5.5555556e-44 Planck Time
((1.12500e-34 / 3e+8) * (10^7))^0.5 = 1.9364917e-18 Planck Charge
(1.12500e-34 / 3e+8) * (10^7) = 3.75e-36 = ( Planck Charge )^2
1 / ((3e+8 * 1.25e-6) / (135 * 375)) = 135 Alpha
von Klitzing constant = (135 * 375)/2 = 25312.5
RK = h/e^2 = 25812.807557(18) Ω
8.88888888e-12 = Farads
375 = Impedance
1.25e-6 = Henries
((1.12500e-34 * 6) / ((135 * 375) / 2))^0.5 = 1.6329932e-19 Coulombs
((1.12500e-34 * 6) / ((135 * 375) / 2)) = 2.6666667e-38 (Coulombs)^2
(((1.12500e-34 * 6) / ((135 * 375) / 2))^0.5) / 1.6021766208e-19 = 1.01923417222
https://en.wikipedia.org/wiki/Elementary_charge
temperature = (photon energy)/(Boltzmann constant)
(photon energy) = 3e+8/ 1.666666666666e-35 *6.75e-34 = 1.215e+10 Joules
Planck Temp = (2.25e-8 kg / (3e+8 m/s)^2) / Kb
Kb = Boltzmann constant = 1.38064852e-23 J/K
(0.5 * 8.88888e-12 * (0.5^0.25))^2 = 1.3967513e-23
((0.5 * 8.88888e-12 * (0.5^0.25))^2) / Boltzmann constant = 1.01166323
1 / ((3e+8^2) / 1.25e-6) = 1.3888889e-23
(1 / ((3e8^2) / 1.25e-6)) / Boltzmann constant = 1.00596848
Boltzmann constant (kB or k) = 1.3806485e-23
((1.21500e+10 joules) / 6) / ((0.5 * 8.888888888888e-12 * (0.5^0.25))^2) = 1.44978987e+32 Kelvin
https://en.wikipedia.org/wiki/Planck_temperature
((1.21500e+10 / 6) / ((0.5 * 8.888888888888e-12 * (0.5^0.25))^2)) / 1.416808e+32 = 1.0232789992
(((2.25e-8 * 1.66666666666e-35) / 5.5555555555e-44) / 1.12500e-34) / 6 = 1e+34
(((Planck Mass * Planck Length) / Planck Time) / hbar) / pi = 1e+34
(2.25e-8 * 1.66666666666e-35) / (5.5555555555e-44 * 6) = 1.125
((Planck Mass * Planck Length) / (Planck Time * 2pi)) (Planck Momentum)^2
(2.176470e-8 * 1.616229e-35) / (5.39116e-44 * (2pi)) = 1.03846889056
https://en.wikipedia.org/wiki/Bubble_(physics)#Pulsation
https://goo.gl/photos/vsZhLb91da3gDrtHA
https://goo.gl/photos/GxpHZfAdP2fqUh1d6
https://goo.gl/photos/GbRqgZiya8M1991Z9
http://hyperphysics.phy-astr.gsu.edu/hbase/permot3.html
http://hyperphysics.phy-astr.gsu.edu/hbase/Sound/souspe2.html#c1
https://www.youtube.com/watch?v=NjPFfT2EyxQ
3.7037037037037e-28 kg = 0.223042269781 AMU
https://en.wikipedia.org/wiki/Friedmann_equations#Density_parameter
To date, the critical density is estimated to be approximately five atoms (of monatomic hydrogen) per cubic meter, whereas the average density of ordinary matter in the Universe is believed to be 0.2–0.25 atoms per cubic meter
(0.22360679775^2) / (3e+8 * 3.3333333333333e-11) = 5
((3.7037037037e-28 m) / (1.666666666e-35 m)) / (3e+8 / 1822.5) = 135
((Friedman Length m) / (Planck Length)) / (speed of light / (Proton Electron Mass Ratio)) = Fine Structure Constant
(22.27154401726^4) / 1822.5 = 135
(Critical Density) / (Actual Density) = Ratio 22.27154401726
(22.27154401726^4) / (Proton Electron Mass Ratio) = Fine Structure Constant
((1836.15267389 * 137.035999)^0.25)) = 22.3967944855
(5 / ((1836.15267389 * 137.035999)^0.25)) * atomic mass unit = 0.223246233 atomic mass units
(((3.71295775e-28 m) / (1.616229e-35 m)) / (c / 1836.15)) / 137.03600 = 1.02676225 s / m
(2.76500e+30 kg) / (2.69327062e+27 kg) = 1026.63282 ..... 2^10 = 1024
(2^10) * 2.7027027027e+27 kg = 2.76756757e+30 kilograms
The gas constant (also known as the molar, universal, or ideal gas constant, denoted by the symbol R ) 71.11111111111111^0.5 = 8.43274042712
http://physics.nist.gov/cgi-bin/cuu/Value?r = 8.3144598
https://en.wikipedia.org/wiki/Gas_constant
((((5^0.5) / 10) / (3.7037037037e-28 kg)) / 1000) *
((0.5 * 8.888888888e-12 * (0.5^0.25))^2) = 8.43272357
(((((5^0.5) / 10) / (3.7037037037e-28 kg)) / 1000) * ((0.5 * 8.88888888888e-12 * (0.5^0.25))^2))^2 = 71.1111111
(((((5^0.5) / 10) / (3.7037037037e-28 kg)) / 1000) * ((0.5 * 8.88888888888e-12 * (0.5^0.25))^2)) / 8.3144598 = 1.01422589
(1e+7 / (375^2))^0.5 = 8.43274042712
((1e+7 / (376.730313462^2))^0.5) / 8.3144598 = 1.00956757874
((3.33333333333e-11 * 3 * (newtons / (meters^2))) / ((3.3333333333e+53 kg
) / (3.0e+80 * (meter^3))))^0.5 = 3e+8 m / s
((3.3333333333e+53 kg) / 3.7037037e-28) / 3 = 3.0e+80 kilograms
((((3.3333333333e+53 / (3.7037037e-28 * 3))^(1 / 3)) / 5) * meters) / (1 light year) = 1.4152126e+10 light years
1 / ((3.7037037037037e-28 / 2)^2) = 2.916e+55 k
g
https://hypertextbook.com/facts/2006/KristineMcPherson.shtml
Mass Of The Universe An educational, fair use website.
((((2^4) pascal) / (2.91600e+55 (kg / (m^3))))^0.5) * (3e+8^2) = 6.66666667e-11 m / s
((((2^4) pascal) / (2.9014827e+55 (kg / (m^3))))^0.5) * (c^2) = 6.67407994e-11
((((2^4) pascal) / (2.91600e+55 (kg / (m^3))))^0.5) * (3e+8^2) = 6.66666667e-11 m / s