Let's imagine a Universe where the bodies
are constituted by units that are capable of making choices when facing
other component units´ stimulus. The rest of our imaginary Universe
is constituted by the questions and answers the different bodies exchange.
Being able to make choices is intuitively understood by the human mind.
We can answer "yes" to a question, we can answer "no" or simply decide
not to answer. We can understand either the negative values to those
answers, like, "no to yes" (that does not mean a no), "no
to no", "no to do not answer".
These are the three basic types of answers in the face of a stimulus.
We are going to conceptualize them with letters.
The i unit, in the face of a stimulus provided by another unit i', in
this imaginary Universe, presents basically three possible answers:
- A "a" answer
- A "b" answer
- A "c" answer
Their numerical absolute values can be equal or not, but they all entail
three different ways to make a decision. And in each of these ways,
there are two directions. For the "a" answers, we can have answers a
(same orientation and direction) and answers -a (same orientation and
In our imaginary Universe there can be n types of different stimulus
and each of them causes different decisions, exclusive and according
to the stimulus that have generated them.
Later we will see that to relate
the Universe of Decisions with the Real Universe, onlu takes to accept
that exists TWO possible stimulus.
Each decision is always caused by three
possible answers. A decision would be something like what in contemporary
physics we call an "event".
I've chosen the word "decision" since is the most graphic one when conceptualizing
how the Universe we are about to describe works.
Let's consider that the work involved in the transformation of a stimulus
into an answer is zero. Then we will have the ideal Universe of Decisions.
However, in order to be able to apply it to the real Universe, that
work is going to have important consequences.
For a start, not all the stimulus present the same features when answering.
But, following we are going to explain some of the maximum and minimum
features these answers can have.
Energy Units "i"
We define i units as the minimum amounts
of energy with decision-making ability.
We'll see later, when we study the milion of Possible fundamental Particles
(pfp), that even considering an answer of the same type "a", according
to the way it is taken, that minimum energy can be different.
We'll see also that the Mass concept associated to this energy depence
in being able to measure the decisions effect in other i Units.
Ex: One i Unit that take equal decisions in the possible directions,
with oposite sides, will have its own Energy, but We'll never being
able to mesure its mass.
We define a mass M body as the one constituted by i mass units that
are capable of making choices jointly.
Total Energy of
a Mass Body
A body's M mass will be the sum of the
different i that constitutes it.
Decision Time "@":
We define @ time unit as the
minimum possible interval between two decisions taken by i mass unit.
Execution Time &:
We define the & time unit as the interval during which an
I unit executes a decision.
The time concept are also easy to understand.
One thing is to decide and another is to execute. Each diferent Fundamental
Particle i can have diferent times tipical of its way to answer. This
is gona take us to a 5 Dimension Universe, as we´ll see later
in the Coordinate Axis of the Universe of Decisions. This is exactly
half of dimensions set by The Super Strings Theory. If the possible
stimulus where 2, we would have the 10 dimensions of the Super Strings
The T interval between two decisions made by an i until will always
be broken down into:
T= @ + & + T'
Where T' is the period of time between two external stimulus that need
Space in the Universe
We define "s" Space unit as the amount
of decisions that an i unit has made in a specific instant. As the decisions
can have three different values (a, b, c), we'll be able to represent
graphically s on 3 coordinate axis. We'll talk about that later.
Speed in the Universe of Decisions:
We define the Speed v of a body as the
variation of the number of decisions s that is generated during one
Acceleration in the Universe of Decisions:
We define a body's acceleration as the
variation of the v speed during a time unit.