(2*6.67408e-11*1)/c^2=1.4851831e-27, rs

0.42441318157*1.4851831e-27^3=1.3903651e-81

m/v=1/1.3903651e-81=7.1923554e+80

[3110^3/[9677406.27/[m/ [(2Gm)/c^2] *1.49241796e-10]]]

[[(10e-9/c^2)/ [ (2Gm)/c^2]] /2242.58697665^3]/c^4

[3110^3/[9677406.27/[m/ [(2Gm)/c^2] *1.49241796e-10]]]/[[(10e-9/c^2)/ [ (2Gm)/c^2]] /2242.58697665^3]/c^4=f2

[3110^3/[9677406.27/[m/ [(2Gm)/c^2] *1.49241796e-10]]]/[[(10e-9/c^2)/ [ (2Gm)/c^2]] /2242.58697665^3]*m/c^2=ED, chemical potential

[3110^3/[13413183.7/[m/ [(2Gm)/c^2] *1.076756663056355872e-10]]]

[[(10e-9/c^2)/ [ (2Gm)/c^2]] /2242.58697665^3]/c^4

[3110^3/[13413183.7/[m/ [(2Gm)/c^2] *1.076756663056355872e-10]]]/[[(10e-9/c^2)/ [ (2Gm)/c^2]] /2242.58697665^3]/c^4=f2

[3110^3/[13413183.7/[m/ [(2Gm)/c^2] *1.076756663056355872e-10]]]/[[(10e-9/c^2)/ [ (2Gm)/c^2]] /2242.58697665^3]*m/c^2=ED, chemical potential

[m/c^2*hz-(m/c^2*hz)*f1 or f2]/(m/c^2*hz)

3110^3/(13413183.7/[7.1923554e+80*1.076756663056355872e-10])/[[(10e-9/c^2)/1.3903651e-81]/2242.58697665^3]/c^4

=

3110^3/(13413183.7/1.076756663056355872e-10)/[(10e-9/c^2)/2242.58697665^3]/c^4,

3.0302143e-6

3110^3/(9677406.27/[7.1923554e+80*1.49241796e-10])/[[(10e-9/c^2)/1.3903651e-81]/2242.58697665^3]/c^4

=

3110^3/(9677406.27/1.49241796e-10)/[(10e-9/c^2)/2242.58697665^3]/c^4,

5.82128875e-6

Explanation:

10e-9 is the estimation for the energy of the vacuum, 10e-9/c^2 is the mass of the energy of the vacuum. 1 into the schwarzschild radius, represents 1kg/m3. So for the two equations to be equal using vacuum energy to be a coincidence, is impossible.

I can only conclude that this constant is showing two opposite sides to a black hole. I'm unwilling to speculate right now.

This is a large object approaching its schwarzschild radius

The Sun: [2.21317223e13-(2.21317223e13*4.19930705e78)]/(2.21317223e13)=-4.1993071e+78

4.19930705e78/-4.1993071e+78=-0.99999998809

This is the Planck mass

[3110^3/[9677406.27/[1.2519875e+97]*1.49241796e-10]]]/[[(10e-9/c^2)/[1.738396e-105]]/2242.58697665^3]/c^4=5688357.92

[(2.17645e-8/c^2*hz)-(2.17645e-8/c^2*hz*5688357.92)]/(2.17645e-8/c^2*hz)=-5 688 356.92

5688357.92/-5688356.92=-1.0000001758, which was my predicted value for an extra dimensional object, providing not contradiction for quantum mechanics, but supporting it.

I wanna see if I can theorize particles outside of the universe.

Assuming mega hertz relative to density kg/m^3

3110^3/3110/c^2=1.07616626e-10

(1.07616626e-10/amu)/c^2=0.721089008

0.721089008*3110=2242.58681488

3110^3/2242.58681488/c^2=1.49241806e-10

1.07616626e-10*c^2=9672099.99

1.49241806e-10*c^2=13413184.6

[3110^3/[9672099.99/[m/(2*6.67408e-11*m/c^2)]*1.49241806e-10]

[[(10e-9/c^2)/(2*6.67408e-11*m/c^2)]/2242.58681488]/c^4

[3110^3/[9672099.99/[m/(2*6.67408e-11*m/c^2)]*1.49241806e-10]/[[(10e-9/c^2)/(2*6.67408e-11*m/c^2)]/2242.58681488]/c^4=f1

(m/c^2*hz)-(m/c^2*hz*f1)

[(m/c^2*hz)-(m/c^2*hz*f1)]/(m/c^2*hz)=Ratio

I'm excluding Noble Gases

Hydrogen: [(71/c^2*hz)-[(71/c^2*hz)*0.000413311509]]/(71/c^2*hz)=0.999586688

Lithium: [(535/c^2*hz)-(535/c^2*hz*0.0031160976)]/(535/c^2*hz)=0.996883902

Beryllium: [(535/c^2*hz)-(535/c^2*hz*0.010717046)]/(535/c^2*hz)=0.989282954

Boron: [(2460/c^2*hz)-(2460/c^2*hz*0.0143282245)]/(2460/c^2*hz)=0.985671775

Carbon: [(3539/c^2*hz)-(3539/c^2*hz*0.02061284)]/(3539/c^2*hz)=0.97938716

Nitrogen: [(1.165/c^2*hz)-(1.165/c^2*hz*6.78552095e-6)]/(1.165/c^2*hz)=0.999993214

Oxygen: [(1141/c^2*hz)-(1141/c^2*hz*0.00664573337)]/(1141/c^2*hz)=0.993354267

Fluorine: [(1.696/c^2*hz)-(1.696/c^2*hz*9.8783206e-6)]/(1.696/c^2*hz)=0.999990122

Sodium: [(968/c^2*hz)-(968/c^2*hz*0.00563809809)]/(968/c^2*hz)=0.994361902

Magnesium: [(1740/c^2*hz)-(1740/c^2*hz*0.0101345978)]/(1740/c^2*hz)=0.989865402

Aluminium: [(2710/c^2*hz)-(2710/c^2*hz*0.0157843451)]/(2710/c^2*hz)=0.984215655

Silicon: [(2330/c^2*hz)-(2330/c^2*hz*0.0135710419)]/(2330/c^2*hz)=0.986428958

Phosphorus: [(1823/c^2*hz)-(1823/c^2*hz*0.0106180298)]/(1823/c^2*hz)=0.98938197

Sulfur  [(1960/c^2*hz)-(1960/c^2*hz*0.0114159837)]/(1960/c^2*hz)=0.988584016

Chlorine: [(573/c^2*hz)-(573/c^2*hz*0.0033374279)]/(573/c^2*hz)=0.996662572

Potassium: [(856/c^2*hz)-(856/c^2*hz*0.00498575623)]/(856/c^2*hz)=0.995014244

To be continued:

Assuming density relative to mhz:

Just a Theory, Pirate c: (3110mhz)^3/[e/(m/v)]=cpu, s^3/ED=p, or

The processing limit to a single core circuit processor (dictated by electromigration and the speed of light) cubed, divided by the available energy density is equal to processing capacity in mhz (cpu speed in mega hertz).

3110^3/3110/c^2=1.07616626e-10

1.07616626e-10/amu=6.48082551e+16amu

Into Unified atomic mass units (including electron masses):

(6.48082551e+16amu)+(3.555250784e+13amu) which is plus electrons.

6.48438076e+16/c^2,

1.07616626e-10*c^2=9677406.27

3110^3/c^2/2242.58697665=1.49241796e-10

1.49241796e-10Kg*c^2=13413183.7J

s^3/13413183.7/ED=2242.58697665mhz, ed=13413183.7/(1/1),

Update* assuming density not relative to mhz (I'm kind betting mhz is relative to density):

(3110000000^3/3110000000)/c^2=(3110000000^2/c^2)=107.616626,

(6.4808252694e+28amu)*9.10938356e-31+6.4843805e+28= which is plus electrons.

6.4843805e+28/c^2=7.21484633e11,

7.21484633e11/3110000000=231.988627974

3110000000^3/c^2/231.988627974=1.44269014e9

1.44269014e9*c^2=1.29662523e26

3110000000^3/[(1.29662523e26/(d*107.616626)]=amu/hz

Iron: 3110000000^3/[(1.29662523e26/(7.874*107.616626)]=196580.973532hz

3110000000^3/[(1.29662523e26/(1.60218e-19/1*107.616626)]