squared complex modulus

[AntonioLao]

The square of complex modulus can be used to illustrate its similarity with the square of energy. This illustration is more properly accomplished at the local infinitesimal region of space-time.

If there exists an infinitesimal or partial differential complex number, ¶a, and its complex conjugate ¶ā then the square of the complex modulus |¶a| is defined as the scalar inner dot product of, ¶a, and ¶ā given by ¶a ● ¶ā = |¶a|. Moreover, in the infinitesimal complex plane ¶a is given by ¶a = ¶x + j¶y and ¶ā = ¶x - j¶y, where ¶x and ¶y are both real numbers and j is the unit imaginary number defined as the square root of negative unity then the square of complex modulus is |¶a| = ¶x + ¶y. It can be noted that its similarity to the Pythagorean Theorem is strikingly obvious. However, the square of infinitesimal energy ¶E expanded by Lagrange’s identity can be expressed into two distinctive formulations: ¶E = [¶f(a) ● ¶j(b)] [¶f(b) ● ¶j(a)] - [¶f(a) ● ¶f(b)] [¶j(b) ● ¶j(a)] and ¶E = [¶f(a) ● ¶f(b)] [¶j(b) ● ¶j(a)] - [¶f(a) ● ¶j(b)] [¶f(b) ● ¶j(a)], where the f’s are orthogonal primary forces and the f’s are infinitesimal metrics

[mkirkpatrick]

What are you really trying to say here Antonio,that there is a way to express a square of energy in a more simplfied way?



regards michael.

[AntonioLao]

What are you really trying to say here

That a clear explanation for the reality of quantum vacuum needed mathematical squaring.

[mkirkpatrick]

That a clear explanation for the reality of quantum vacuum needed mathematical squaring.

What do you think it will reveal when this is done?



regards michael.

[AntonioLao]

What do you think it will reveal when this is done?

The blueprint for tapping limitless supply of energy.

[mkirkpatrick]

The blueprint for tapping limitless supply of energy.

The blueprint has not yet been conceived,shall we get to work?


regards michael.

[AntonioLao]

The blueprint has not yet been conceived

A small part can be found in my signature.

[mkirkpatrick]

A small part can be found in my signature.

I will have to take your word on that,as your signature seems to me to resemble
some ancient Greek cypher that has yet to be decoded?



regards michael.

[AntonioLao]

resemble some ancient Greek cypher that has yet to be decoded?

The first says that square of energy is time independent. The second is that absolute acceleration gets weaker as the distance gets longer.

[mkirkpatrick]

The first says that square of energy is time independent. The second is that absolute acceleration gets weaker as the distance gets longer.

So thats cleared that up,lets get this show on the road my friend?


regards michael.