CONCEPT OF GEOIDE: STRAIGHT LINE.
A hypothetical observer looking at the whole of the OXOOIAEE (chain
of IBOZOO UU) from the IBOZOO UU (ei)
would see this chain as a STRAIGHT LINE.
A hypothetical traveller leaving ei (D59_fig 14) in a " straight line " through the WAAM (COSMOS) would necessarily arrive at the IBOZOO UU from which he started.
In other words: what our senses interpret as a linear magnitude, i.e. a line or as you would say "a linear scalar ", is nothing but an OXOOIAEE (CHAIN Of IBOZOO UU). It is the illusory mental image which results from our brain synthesising and ordering this set of IBOZOO UU (which in the WAAM are actually in " disorder " and without definite position).
At the risk of repeating ourselves, we underline the fallacy of thinking that the IBOZOO UU of this chain are ordered in straight lines in the UNIVERSE. It is not so. We say that such IBOZOO UU AIOOYA exist (they are dependent on each other in the WAAM).
Do not deduce from this that they have POINTS by which they can be localised. Do not believe that two IBOZOO UU, which we drew adjacent to illustrate the difference in the elementary angle dq in images D59_FG13 and D59_FG14, actually exist.

D59_FG15
If we consider on Figure D59_FG15 a Earth observer related to the IBOZOO UU (T) and on our planet UMMO an observer related to (U) we say that there is a distance L between the Earth and UMMO because in relation to an arbitrary reference, there is an ANGULAR difference between the two IBOZOO UU. (An angular difference which implies the existence of an infinite number of IBOZOO UU between them).
But if we consider this same figure in relation to another reference,
we will discover a second chain of IBOZOO UU, so that this angular difference
will have varied. We could then say that the distance between UMMO
and the EARTH is different.
< L since (Q' U - Q'
T) < (Qu - Qt)
We can conclude then by saying that we define the straight line and its magnitude [ editors' reminder: " .... each time in physics that we speak about MAGNITUDE, the image of a SCALAR should not spring to mind rather than the IOAWOO (ANGLE that the hypothetical radius vectors of two IBOZOO UU form between them"] as a chain of IBOZOO UU immersed in the WAAM such that their OAWOO (RADIUS VECTORS) differ successively from an angle dq, and are all directed in a hyperplane H.
A borderline case of a straight line would be the OXOOIAEE WAAM (which can be translated as UNIVERSAL GEOIDE) (Figure D59_FG14). Do not think for a moment that a POINT ON THIS LINE can be represented by an IBOZOO UU, for we have already said that an IBOZOO UU in itself does not make any sense. In any case we define an elementary segment as a dependent pair of IBOZOO UU to refute once and for all the concept of geometrical point introduced into your brain by Earth mathematicians. If you did not understand that, it is that you have not assimilated the true meaning of our physics, so infused are you with Earth mathematical notations.
Let E be set of geometrical points according to an N-Space of RIEMANN (Earth Mathematician) in which each point is P (x1 x2 x3... xn) (P). Let W be the whole of the IBOZOO UU of the WAAM (I).
We say that: If P Ì E (every point
belongs to E) and I Ì W (every IBOZOO
UU I belongs to W)
We see that: W Ç E = Æ, i.e. that the intersection of E and W is empty.

D59_FG16
If D and D' are two sets of IBOZOO UU which imply distances measured
by an observer under different angles, one observes that D Ç
D' = Æ
TIME AND MAGNETIC, GRAVITATIONAL AND ELECTROSTATIC FIELDS.
The IBOZOO UU is much more than one factor that gives an accurate representation of cosmic distances. Our WAAM (UNIVERSE) is a set like the framework from which we receive the multiple factors that appear to our senses and to our instruments in the static fields of Forces.
Thus, we suspect the presence of a close Star by the influence which it exerts on a distinct mass. We then define this influence as a gravitational field, or we detect traces of electromagnetic waves whose sources can be a nebula whose ions of plasma move periodically.
The Universe is presented to us as a substrate of phenomena as familiar as speed, force or the slow movement of time.
In particular, this magnitude Time has particular importance to us. In the next pages that we will give you, we will inform you about this particularity. We will show you for example that one can compare Time to a series of IBOZOO UU whose axes are directed orthogonally compared to the OAWOO (radius vectors) which implies distance, and that it is even possible that, if the inversion of its axes is adequate, that an observer in a new frame of reference will perceive as a distance what was measured as an interval of time in the old reference.
You will then understand why an event which occurs far from us (for instance on UMMO) cannot occur simultaneously with another Earth event.
You will also understand why a hypothetical object moving at the limiting speed (which you speed of light) will shorten its distance on the axis of displacement to a pair of IBOZOO UU [distance that tends towards zero but is not null as a LORENTZ (Earth Mathematician) transformation notes in error].
In any case we will define an elementary segment as a dependent pair of IBOZOO UU.
What you call a subatomic particle, like a neutrino, a meson or an antiproton,
with various attributes such as mass, charge and spin, are only multiple
orientations of an IBOZOO UU. If the Earth physicists continue to spend
their time on detection, evaluation and classification of all the possible
particles, it will take them a billion years to finish since this classification
is as sterile as giving a name to each infinitesimal angle under which
we can see a star over the course of a day.
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