*

The notes below between quotes with page numbers next to them are a mixture of quotations and
paraphrases taken from the references listed in the references link at the end of this 
article Reference Materials.
 
* Please note much of the information posted below is based on purely logical 
		and mathematical speculations and have not been proven or tested 
		with experimental equipment and test results. The information is intended
		to encourage new mathematical and computational models which may encourage
		new theories and experiments based on them. 



Constants

Speed of light in a vaccuum
 	C 2.99792458 x10^8ms^-1(10^10cm sec ^-1)or aprox 186,300 miles/sec
Gravitational Constant
	G 6.67259 x 10^-11 m^3kg^-1 s^-2
		(10^-8cm^3gm^-1sec ^-2)
Elementary charge e
	1.60217733 x 10^-19C(10^-20(emu)
Plank constant
Avogrado constant
Faraday constant
Electron Mass 9.1093897x10^-31kg(10-^-28g)
Classical Electron Radius 2.81794092 fm(10^-13cm)
Electron Wavelength 2.42631058 pm(10^-10cm)
Bohr Radius 5.29177249x10^-11m
Proton Mass  1.6726231x10^-27kg
Neutron Mass 1.6749286x10^-27kg
Magneticfluxquantum Phi  2.067834   61 x 10^-15 Weber
			(10^-7Gscm^2)
Specific electron charge -e/m -1.75881962x10^11Ckg^-1
			(10^7 emu gm^-1)
Molar gas constant R 8.314510 j mol^-1K^-1
			(10^7ergmol^-1k^-1)
Molar volume 22.71108 x10^-3m^3mol^-1(10^3cm^3mol^-1)
	T0=273.15 K, p0=10^5Pa=1 atm
Electron Volt 1 eV 1.60217733x10^-19J
k= proportionality constant



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