[Duane Ertle]

It is questioned about the basis of all physical entities in the universe. There is an answer to this question. It comes in two parts that are easy to understand.

The first part is the unification of mass energy and time. This is found in the following concept:

E=mc2, the most basic division of mass is equal to that of the speed of light. When mass attains this speed, what then?

m=e/c2, the formation of mass is that of energy being contained by the value of c2.

c2=e/m, this value is determined from within mass according to the value of each. This last is the value of a physical field of time, and that of a gravitational field. (earth expends 0.00444 kg/sec., and the sun 665 lbs/sec)


Next is the energy value itself:

E=hf, is the value of electromagnetic energy, and the energy according to the frequency of the wave.

mk=hf, is that for an overall waveform of an accelerated mass. Because mass is composed of electromagnetic energy, as it moves its frequency changes in relation to that of the speed of light. At the speed of light, mass will convert into electromagnetic energy.

c=hf, this value has for its validity the c2=e/m concept. This value, as all things has its lowest value in the value of "h".

[Robert]

Hello Duane,

Just wanted to welcome you to ToeQuest. Do you have a background in science and mathematics? What are your main areas of interest?

Hope you enjoy your stay here and let me know if there is anything I can do to improve your experience.

--Robert

[dleviwing]

Duane;
Welcome to ToeQuest.

Both E=mc^2 and E=hf are equations that deal only with radiant energy and thus will only produce a value for mass that is referred to as "Relative Mass".

Energy of a particle is given as where m is the Rest Mass of the particle and p is momentum:
E^2=(p^2 * c^2) + (m^2 * c^4)

Radiant energy does not have "Rest Mass" and thus it is referred to as "Relative Mass" when you use Einstein's equation to calculate mass.

[michellemfry]

Hi Duane,

Is there anything not related to Planck's constant? It has been said that all constants are interrelated. I only have one year of physics. Ambitious first post. Would love to hear from you again?