1- How do we know that things last?
Because some start, others remain and others disappear.
2- Why do things age or deteriorate?
Because of the continuous becoming.
3- How do we know that time is continuously increasing?
Because it is measured in terms of the amount of occurrence of a periodic event or the amount of a fraction occurrence of the same event.
4- Is time travel possible?
No, because the past was real but is no longer anymore, and as for the future, we must go through all the moments sequentially.
5- Is space curved?
No, space has no form, we just measure it in three dimensions. Relativity bases its conclusion using the behavior of light "in space."
Wednesday, May 29, 2013
LAW OF THE CONSERVATION AND RECOVERY OF THE EQUILIBRIUM STATE (CRES)
INERTIA
We all know that when a bus starts we go back and when the bus stops suddenly we go forward. This is an application of the law of inertia.
GRAVITY
When we take an object and let it fall freely (accelerated motion) this recovers its equilibrium state when stopping. The planets orbiting a star retain their equilibrium state (elliptic motion) in relation to this. Imagine what would happen if the star ceases to exist.
RELATIVITY
A clock on a high-speed spacecraft slows its pace in response to the speed causing time dilates. The speed alters the equilibrium state of the clock and all the bodies that are in the ship.
QUANTUM
The nucleus of the atom is in equilibrium due to the strong nuclear force (S) and this equilibrium is lost in nuclear fission.
The effect of the weak nuclear force (W) in nuclear fusion is to balance the hydrogen and helium atoms.
As we explained "CRES Law" act in real forces, fictitious forces, gravity and the forces of the atomic nucleus. We can also add that in the light electric and magnetic fields are balanced.
We all know that when a bus starts we go back and when the bus stops suddenly we go forward. This is an application of the law of inertia.
GRAVITY
When we take an object and let it fall freely (accelerated motion) this recovers its equilibrium state when stopping. The planets orbiting a star retain their equilibrium state (elliptic motion) in relation to this. Imagine what would happen if the star ceases to exist.
RELATIVITY
A clock on a high-speed spacecraft slows its pace in response to the speed causing time dilates. The speed alters the equilibrium state of the clock and all the bodies that are in the ship.
QUANTUM
The nucleus of the atom is in equilibrium due to the strong nuclear force (S) and this equilibrium is lost in nuclear fission.
The effect of the weak nuclear force (W) in nuclear fusion is to balance the hydrogen and helium atoms.
As we explained "CRES Law" act in real forces, fictitious forces, gravity and the forces of the atomic nucleus. We can also add that in the light electric and magnetic fields are balanced.
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