View source for Einstein Probabilistic Units/Dark Energy

= Dark Energy =

Viewing space as a system of stimulated absorption or stimulated/spontaneous emission governed by Einstein Probabilistic's Units.

Using Einstein Probabilistic Units dark energy density is defined as;

<math>u_D= \frac{A^2}{B}</math>
 
<math>u_D =\left ( \frac{8 \pi h}{c^3}\left ( \ v_A^2  v_B^2\right )\right )= \left ( \frac{8 \pi h}{c^3}\left ( \  v_B^4\right )\right )</math>

Assuming the energy density of dark energy is;

<math>u_D = 6.20934 *10^{-10} \frac{J}{m^3}</math>

Let us calculate the frequency of dark energy;

<math>v_D =1.001 * 10^{12} s^{-1}</math>

Given Rydberg constant is defined as;

<math>R_\infty=\frac{\alpha^2m_ec}{2 h}</math>

Using Rydberg constant we can define dark energy frequency as;

<math>v_D=\frac{R_\infty \;c\; 8\;\pi}{\alpha}= \alpha\;4\pi R_\infty \frac{m_ec^2}{h} =1.0008*10^{12} s^{-1}</math>   

From an order of magnitude perspective dark energy is related to Einstein Probabilistic Units by Rydberg constant.

[[Category:Dark energy]]