[Guille]

Do any of you have a TOE that states that there is any fundamental-fisical concept apart from: space, time, and mass. These are the only basic principles that derivate to energy, force, speed, acceleration......Does your theory disagree? and have another fundamental concept, or states that one of these isn't fundamental?

[AntonioLao]

in accordance with my research, the order of basic concepts are 1st-space; 2nd-force; 3rd-motion of space (absolute acceleration and two directions of time); 3rd-square of energy; 4th-one direction of time (relative velocity); 5th-energy; 6th-matter.

[Guille]

Originally Posted by AntonioLao

in accordance with my research, the order of basic concepts are 1st-space; 2nd-force; 3rd-motion of space (absolute acceleration and two directions of time); 3rd-square of energy; 4th-one direction of time (relative velocity); 5th-energy; 6th-matter.

but, I mean,

E=MC^2 so energy can be derived...........

F=MA so force can be derived...........

When I said mass I also meant matter.

I unifiy space and time just calling them dimensions.

Square of energy?

[AntonioLao]

Originally Posted by GUILLE

Square of energy?

[Guille]

Originally Posted by AntonioLao

ah, thanks.

Now, I am very confused. I have realised that matter is a property of mass. But also that mass is a property of matter. So, which is fundamental? anybody knows?

Maybe none of them. Then the only left fundamental concept is/are: dimensions

[AntonioLao]

the fundamental are the local infinitesimal convection currents of spacetime forming a scalar field of the true vacuum.

[Guille]

Originally Posted by AntonioLao

the fundamental are the local infinitesimal convection currents of spacetime forming a scalar field of the true vacuum.

Infinitesimal convection currents?

please explain

[force5]

Originally Posted by <<<GUILLE>>>

Do any of you have a TOE that states that there is any fundamental-fisical concept apart from: space, time, and mass. These are the only basic principles that derivate to energy, force, speed, acceleration......Does your theory disagree? and have another fundamental concept, or states that one of these isn't fundamental?

At the most fundamental level, you have 0ne substance and one force.

At the next level,

you have two states of energy resulting from the one substance.
One state is matter and the other state is EMR.

you have two types of force resulting from the one fundamental force.
One type is internal and the other is external.

Fundamental postulates:

The cosmos is a closed system.
Energy can not be created or destroyed.
dark matter is stable.

John

[Guille]

Originally Posted by force5

At the next level,
you have two states of energy resulting from the one substance.
One state is matter and the other state is EMR.

What is EMR? and why do you need going on to less and less fundamental levels, when we can stay in the first and stop?

Originally Posted by force5

you have two types of force resulting from the one fundamental force.
One type is internal and the other is external.

Well, we are already saying internal and external when we say the fword force, (if internal and external means push and pull, if they don't, what do they mean?)

Originally Posted by force5

Fundamental postulates:
The cosmos is a closed system.

A closed system to external influences? or what else?

Energy can not be created or destroyed.
dark matter is stable.

Mass also can't be created or destroyed, so there is no sence in separating them.

Refering to the begining, when you wrote substand, you meant matter, mass, energy,....or what did you meant?

[AntonioLao]

Originally Posted by GUILLE

Infinitesimal convection currents? please explain

For example, the concept of temperature is that it is a very good example of a scalar field, other examples are mass and density, and volume. All these are not associated with a direction for specifying its magnitudes in a point of spacetime. But if the magnitudes of temperature is not smooth and uniform in a particular region of spacetime, then convection currents are created when a gradient of the scalar function of temperature is defined. The gradient is a vector operator. It change a scalar quantity into a vector quantity.