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"hibiscustour", three separate sites -
Curiosity. Things, drôle, science, société.. -
Ideas perso. Household, Practical life, D.I.Y, Computering.. -
Islands and lagoons New Caledonia, Polynesia (part).
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The gas world contains, in the form of insects and other tiny animals, pollens or vegetable particles, part of the food base for the birds which it lodges.
The gas world is dissolved or present in all other worlds, often in great quantities in the liquids (oxygen for example is dissolved deeply in the
oceans, our body (globules, bodies, flesh); water we drink is aerated.
The gas world impregnates the grounds and the rocks and takes part in the chemical reactions. Gases can be beneficial, both in their naturalness or
dissolved in liquids, but also dangerous and lethal. The volcanoes often exhale very toxic sulphurous vapours (one collects sometimes there
dangerously the yellow sulphur). An of African volcano lake killed all the inhabitants of a village by exhaling a puff of - perhaps - neutral gas but
which, descending the slopes, replaced the breathed air.
The liquid world ;
The liquid world contains, on the form of plankton and of krill, the food base to nourish animals which it lodges.
These liquids can be beneficial, harmful or dangerous; ferruginous or sulphurous water can be accepted in medical treatment.
But a lake of volcano contains a liquid which is in fact acid.
Some researchers paddle on it sometimes but better not to keel over in !.
The liquid world give out its benefits and its catastrophes.
It carts the fertile alluvium torn off to the mineral world. It moves enormous quantities of sands, of salt which are redeposit elsewhere. Sands thus carried away are sometimes recomposed into rocks (like the sandstone), or in composite rocks "pudding" (compound of elements from various origin (stones, compressed sands); in France, ochre of Roussillon or Rustrel (Provence) are agglomerated coloured sands; in the same way for the troglodytes of the south Luberon. The liquid world, infiltrates and runs under the ground, sometimes very deeply; there is an underground grid of river. It forms underground amount of water, from which one will draw water (in Provence, the ground water is fed by the Alps ! the rain, when it feeds these reserves, will put sometimes several tens of years or much more to go down there. It has worked and still works the planet, creating broad valleys (rivers of water or ice), attacking with its rains and the wind of the gas world, the mineral world which breaks down little by little. Not in the textbooks, but under our eyes. Each year, sides of hill, rocks of altitude collapse.
It moves, alters, produced materials under the effect of chemistry, the pressures and/or the temperature by the movement of the elements in fusion, their pushing up towards surface under pressure, or even the movements of these plates of earth's crust which float and rub in slow moving. In particular, all metals come from the deep layers, after rising out from the deep. There are radioactive rocks, crystalline ones (of which the silicon of our electronics). Heavy oils, the gases (containing hydrocarbon) are said produced by buried fossil forests which rooted under the supposed effect of enormous pressures and perhaps microbes).
The micronutrients about which
we speak so much are primarily metals, in very small proportion very in our
body (oligo, Greek root meaning very few) and however if necessary. A
quantity of iron lower or higher than the three grams than we have can cause
significant disorders, the conveying iron of oxygen. We have thus to see
with the mineral world more than it does not appear to with it.
the mineral world contains minerals and of the ores, large suppliers for the building, decoration, the jewels, technology.
For a few grams of gold or another noble metal, the human devastation of the
mountains and even the sea-bed (by aspiration of the sediments).
composition of human body
The mineral life ; everywhere the mineral plays a consequent role
but it is not alive, at least according to our vision
and on our scale.
but it is life
all the same for it made the vegetable world developed,
with the assistance of the liquid world. Its elements are vital, of which
trace elements and lots of others, which were dissolved in the sea (of which
we have kept our original saline composition (in % , see
density)
and that plants get from the ground or manufacture.
They are complementary and undoubtedly bond much more than one cannot imagine. Everything
is linked.
A plant or a shrub out of pot pushes and is maintained only with intensive care;
and they will get a restricted development.
In open ground, even of poor quality, their development will be surprising. It is true that the volume of ground available is much
higher there and that the roots can extend in it.
But there are limits and after a few months or a few years, all shouldn't it being sucked close to the
roots
?
but it is not, evidence that there is a life, an underground circulation, a permanent renewal.
The ground provide also certain protection to it, for example against the significant variations of
temperature or the draughtiness. The microbial flora is there also very active and one does not know what really occurs there (benefits,
cure, attacks).
The mineral world comes by a great amount from the animal world, i.e. alive :
indeed, the limestone is present in the majority of the young mountains (in France, Alps, Pyrenees, Jura) and it comes only from animals, majority
marine, from the cretaceous period which has produced the famous flint stone so useful for the prehistoric men
(after le "cretaceous",
see also "architecture 21",
Normandie, bottom of page).
The "truly mineral" rocks coming the depths of the ground are the granite and basalt; the famous pink granite of the north of Brittany is
found in Corsica, Sechelles, hills of Rio de Janeiro bay and elsewhere, with his beautiful roundnesses and its stackings; only the layers which were
raised, then worn let it appear.
The basalt can be expelled by volcanoes. It can get the shape of very large spectacular crystals, like the "giants"
in Ireland, kinds of gigantic organ pipes. Among minerals, the crystals fascinate us because one
suffer to explain similar fittings, similar creation which cannot be totally the fact of the chance. For
the moment being, the man can reproduce only a negligible part of them (artificial semi-precious stones, like zircon for diamond, emerald (without
its cracks intern) etc.
The microscopic directs all.
It is not easy to admit that we are composed of tiny elements, molecules, cells, whose can be regarded as
colonies which grew bigger little by little due to a collective interest ;
our nerves would be chains of amoebas, and the remainder is like this
image
(*). It is estimated that our nervous connections alone are as numerous as all stars of our galaxy
or even of the universe.
They are not completed at the birth and it is necessary for the child to wait 10 years so that its side sight is total.
At the beginning, it sees only in front of him and cannot thus seek nor to find easily, which his parents do not know.
(*)
As evidence of this assertion, one can check that no species of consequent size never
appeared in a very short lapse of time and that the species known as new
either were ignored up to date, or are tiny. If tiny that one is unaware
of probably, apart from the microbes and other viruses, that they exist
and will be perhaps a day a new plant or undoubtedly with difficulty, a
new animal. Nobody knows who will rule on this earth in a few million
years.
The generations
; a colon bacillus (cell) is divided into two colon bacilli each half
hour. Generations follow one another at a pace which
varies a lot depending on the considered living
being. From the tortoise to the microbe/virus, the time scale changes all
things : during a life of human, thousands of generations of our "tiny"
(see higher), followed one another.
What about the consequences ? they had
time to change
"while passing
on lucky findings" on
hundred, thousand generations
or more. Thus
antibiotics do not act any more on some diseases which were forgotten but
rushed back during only one or two generation of human.
The ADN, in fashion.
Its study is only starting and we refer to it about
anything, correction of the genetic anomalies, reproduction by cloning,
creatures at willing .. This ADN (acid deoxyribonucleic) is all things
considered "the schedule of conditions" for our body construction, a full
program. This so complex unit however is present in each one of our cells !
one finds it in any matter fragment having been alive.
In good condition, one could make re-born
anything, plant or an animal;
let's get back to reality : 1/ it
is necessary to reconstitute an embryo which will be brought up in a belly
(or artificial belly), during all the gestation period. 2/ it seems
that the genetic code keeps trace of diseases, of age etc. They says Dolly
the ewe had been born already old. 3/
it is necessary that the living conditions
are favourable ; nourishing a megalodon would be
very difficult nowadays for the fish is rare, even more because its
favourite dishes perhaps do not exist any more.
There are contexts we will never free
ourselves, just like
jet lag.
A theory pretend that , at the origin of
life on our planet, there would have been a single ADN for all being
alive. I want to speak, not of the multiple combinations of this ADN which
have created and which unceasingly creates all that we see, but a
basic molecule virgin itself (with all its possibilities).
It would be as if "a single seed", allowing innumerable
combinations of species later, had come down from the space,
each
being using little or much of its multiple combinations
(for the man, a whole series of codes would not have been used).
Hormones; they exist both in plants and animals, they act on the reproduction, the metabolism, the muscles, the nerves. In great number, their proportions and their interaction have a great importance. the nerves are excited by hormones at a rate of one millionth of gram per litre.
The
vegetal world ; the
green leave appears to be quite modest : with its famous chlorophyll which
reacts to the sun, it is a factory of an incredible complexity,
never
approached by the man in his most complex achievements because it produces
chemical products, such as basic elements it needs and who do not exist in
his environment,
and would even carry out the
dream of the alchemist, the atomic transmutation, by manufacturing iron
(completely absent from the ground during an
experiment, perhaps disputed); From what? water, air, ground and light,
which provides him energy, to treat essential carbon dioxide (CO2)
contents in the air. By its roots, it absorbs nitrogen, phosphorus and
potassium called NPK (phosphates, nitrates). The leave
pushes, manufactures its perfume, its colors, its forms, its lures (see the
orchises). The alchemists wish especially to
obtain gold but failing to, but
its properties could be used for our ecosystem and to serve ecology;
it is in hand.
Odd plants.
Plants known as "carnivores" eat insects by
trapping them with a slipping edge of flower or by folding up two petals
bordered of needles. A gastric juice makes the remainder, as in our
stomach. There are perhaps other "exceptions" which we never observed and
we would probably always ignore, as well they ignore us.
New York Times - July 2008 : The "beach weed" or
"sea rocket"
can distinguish between plants
they are related to it and those they are not. And not only does
this plant recognize its skin but it also gives them preferential
treatment : if the sea rocket detects unrelated plant growing in the
ground with it, the plant aggressively sprouts nutrient grabbing roots.
but if detects family it politely restrains itself.
One knows nearly nothing about the life of the plants because it escapes
to us and that one underestimates them since always. There are plants
which are not (like mushrooms).
Would without plants, the
terrestrial life exist ? The bark, the
sap;
the role of the bark is perhaps
more complex than it first appears to us ; like our skin, it ensures
protection and insulation; the sap runs mostly under it and a tree dies if
one removes its bark all around the trunk.
Many diseases and insects
attack the fresh and friendly bark under it, and kill the tree. Once it is
died, it is still under the bark that initially worms and insects will
nourish themselves. Many tribes in the world are fond of
these worms, like the kanaks in New
Caledonia.
Thanks to their bark, trees survive the fires, i.e. they
grow again from the base ; of which the oak cork and the niaouli (New
Caledonia). Their life centre is not killed. The centre
of life ;
it is not identified.
People thinks that it is located at the collet, in this part ballooning
between the roots and the stem/trunk. However, if the plant is completely
torn off, certain root can grow again and reform the plant.
In all cases, like all the living beings, she does not
want to die. Thus, wait long enough before declaring a plant is died,
because there are surprises; possibly tiny leaves grows back at the foot
after several months. Reach a magnifier glass and look at to see the small
green point which can last for ever and enlarge one day. There are even
sticks which push back when they are planted !
- Examples. Some plants, generally parasitic, would not be able nourishing
by themselves, getting food in the soil or practicing the alchemy of
photosynthesis. These plants have to get help from another plant they
capture in the vicinity.
- A parasitic weed, the "dodder", is unable to grow roots or make sugar
using photosynthesis. So, after sprouting from seed, the plant would
fairly quickly need to begin growing on and into another plant to extract
the nutrients needed to survive. The dodder sprouts would move in a
circular fashion, "sensing"
airborne chemicals released by nearby plants. Then,
without having touched another
plant, the dodder grew toward its preferred victim;
All the animals call upon the plants to
purge themselves, heal themselves, shoot themselves.
The plants hold practically the exclusiveness in the
origin of the drugs (see above, vegetable world). The plants hold
practically exclusiveness for the drugs production.
Big groups
chemical/pharmaceutics try still nowadays (XXI century), to tear off the
secrecies of "primitive" tribes of the East, at less expenses; extremely
fortunately, they also learned how to negotiate but I did not have any
more news of the continuation of this sad business.
Both humans and animals selected the plants during millenia, with much of
deaths (now we prefer to torture animals); they brought their enormous
knowledge in a field which is extremely likely to disappear (plants,
animals and humans "wild").
The sap is our blood,
but how does is it going up ?
by capillarity some people answer, by
aspiration answer others, because the evaporation of the sheets creates a
vacuum behind which aspires the sap.
Nothing of all that in my opinion, because after having
cut all the leafy branches of a larger "mother" branch, it remained
only one large stub of more than two meters set up towards the sky, which
keep crying with large tears during weeks !
something pushed upwards and that came fatally from the trunk.
roots
; they can reach depths you can't imagine; more than 10
meters for the alfalfa and beet; thirty meter for the oak ! almost nothing
for the pine which is spread out on the ground. Their quiet force is
incredible; they infiltrate in the rocks
to hook and take some substances from it.
Roots can dissolve the rock
slowly, as certain molluscs do digging their hole in a rock.
They can form tubers, inextricable networks from where
they will never be destroyed.
The fresh roots of the bamboo are particularly
impressive.
Roots, according to scientists, would draw
only few elements in the ground, primarily rock salts,
they are very significant for
plants (and us).
Growing again ; the
cut plant or the tree grows back by respecting their own genetic code
(the shape of the branches and the sheets, bark, silhouette, size,
secretions etc but with new branches which differ from the former.
The mushroom; one really knows beans on this being which is not a plant and could be connected with animal; the mushroom emits clouds of spores to reproduce itself, but one cannot still plant "a mushroom seed", excepted some swindler who claims to sell some. On the other hand, one can in some cases prepare a favorable medium and "make breeding" (mushroom beds of Paris and besides). The very fine "cords" which run under ground are quite as mysterious. Mushrooms killed and will kill always imprudent ones. The sadly fame "round one of the witches" has particularly horrible effects (rotting of the members, I believe ), from where the name given to the Average Age stems. Mushrooms are also among "tiny ones" when they develop in the form of moulds. These moulds can be also dangerous (seldom with cheeses), and it is better be wary about it. They can cause diseases of nails, toes (foot of athlete) etc. They are also useful (cheeses). They were especially used to create the miraculous antibiotics (of which penicillin), which made make the most spectacular jump of medicine, saving from infection million of beings. The lichen is the association of an alga and a mushroom. Narrowing the death, people scraped some to nourish themselves.
The plant and the movement ;
it is known that the flowers
closed themselves at sunset to reopen at dawn; do they sleep or
dream ? no ! answers the human ,plant does not have a nervous system,
does not feel anything, does not think.
However much people say that they should be loved, that
you must talk to them. They move, because a "slow" camera shows
well in accelerated projection,
their swinging, their hesitant moving while
growing.
Stick-tight
; the bindweed climbing up and roling around a support
as if it sought and touched is
particularly spectacular. At the idle, the
bindweed makes exactly like a snake rolling
up around a prey. I saw some of them
on each vertical wire of a fence, so perfectly stuck and
rolled up that one would have sworn by far to see twisted iron wire
! if the bindweed
doesn't
feel anything, how each
individual can reserve a wire and be rolled up there so perfectly
? doesn't that disturb anybody? listen to the
continuation:
They do not feel anything ? do not have muscles ?
then why and how the sensitive one
(plant in flower, medium of page), folds up
its sheets immediately as soon as one touch it ?
the communication, the defences ;
far from being inert as it was imagined, plants react
with their means which can be frightening:
The vegetable world practises the
chemistry of very high level; scents, but also emissions of signals or
poisons are not unusual. There
are trees under which better is worth not to
fall asleep.
Others are protect themselves from
animals with alarming spines of 10 cm long, including all around the trunk.
One quotes lately a history of goats and acacias;
taken again here on ARTE (6 06 2004), but with kinds of antelopes.
Rresearch of
scientists followed the discoveries made first by the farmers.
ARTE (in substance): "a significant number
of these antelopes were locked up in vast African properties. In a wild
world", one needs 100 hectares for four animals; in this enclosure, even
very vast, the acacias were too much grazed and revolted by quadrupling the
rate of tannin
they produce normally, killing out
a very many animals.
Tests had shown that the tree can
increase its production of tannin only within few hours;
either the animal quit and goes towards another if it taste it, or the tree
kills it rather quickly.
Better more ,
the tree communicates with other trees which, without to
be grazed, prepare the same defence.
In addition, the young acacias
have considerably more needles than oldest for they are more vulnerable; the
less grazed acacias have
less needles than the grazed ones. There
is a direct relation. Let's quote
now this acacias which shelters ants to protect itself
against others species (it is not alone to pay bodyguards):
it has made for them hollow spines so that
they can shelter and products inside small capsules, the nectar of which
they are fond of.
In exchange, the ants attack any importunate.
The business becomes complicated at the flowering time,
because it is necessary to prevent the ants from going to
help themselves inside flowers.
The tree emits then nearby
flowers a repulsive which keep the ants away !!
Exceptional
? not at all .. our corn is attacked by worms; but there is a tiny wasp (1
mm) known as "Californian", which lays its eggs in the worms (it will die
later of course). How make corn to call the wasps for help ? answer : by
emitting an "interesting" odour, which will guide
them to the target " end of ARTE. This wasp is also imported in
Tahiti to fight against the flies "baby girls" (see
Risks and dangers).
There are those which eats plants and
those which eat those which ate plants. The
food becoming more and more concentrated, one needs less quantities of it
and one has got spare time
(a
herbivore
must keep grazing
almost all the day long (an elephant consumes 300 to 500 kilos of foliage
per day to nourish its 4,5 tons).
The breeding is the fact of animals other than humans ones, as the ants
which raise plant louses. The human rationalized agriculture and breeding,
then produced machines which multiplied the muscular force.
The paw, the
foot. animals which
do not have legs or feet have generally "pods", like our lovely
gastropods, the snail. They can be fixed at the rock by suction cup pods.
The foot allows many animals to move. here is an
example quite curious to show that all works together in our body and that
our reduced physical activity can be the cause of many troubles;
the foot, by the sole of the feet and
its blood network, acts like a pump when one
walks to help to make going up the blood in the body.
Veins and
arteries, provided with valves - valvules - also take part in this effort.
Our reduced physical activity, compared to the long days of walk or tiring
work of our ancestors, can be the cause of many troubles. Exercises
relating to the vertical column are linked down to the foot, which one
draws towards oneself.
The leg, the foot are sensitive to the
characteristics of the ground (firmness, irregularity, moisture..);
they also feel vibrations, likely to announce the approach of an animal,
the passage of a herd, the fall of a heavy body. The vibrations of the
earthquake, precursor of the disastrous tidal wave in south
India and Sumatra (January 2004), had been perceived by the animals
(elephants and undoubtedly other free animals, which had
fled). Doesn't one see
in cartoons, Indians
with their ear stuck on the ground to determine
the presence of a horse and his direction?
The skin.
Its role is more complex
than it does
first appear ;
it ensures protection, insulation,
temperature control, exchanges with the external medium, but also
feelings, contact, detection and alarm. It can also absorb products. The
end of the finger (as the end of the language) detects extra thickness of
some thousandth of millimetres. Touched by some freshness, it makes shiver
the whole body. Gently rub by some liked finger,
it plunges all the body and the heart in a state of intense happiness and
expectation.
"please, don't touch" what
terrible tag it is
not? we have a visceral need to touch to judge, appreciate, decide. It is
at the same time a requirement but also a true pleasure. Even the foot
likes the contact with the ground.
The mouth, the leg, the hand and intelligence ; the mouth function is to breath (with the nose) and nourish but also to seize and handle as can do the leg, the paw or the hand. It is an extremely powerful grip. With the the leg, an animal can dig, or catch its preys, maintain an object in order to chew it, to even launch a piece of wood (monkeys), to knock a nut on a stone, to play (does they really play ?) but also to educate its babies. The hand has two opposable fingers, the thumb and the index, which allow a great skill. The hand made it possible the brain to develop by reciprocal action (interaction) and no animal reached this level, although it can use tools (sticks, stones). One thus saw an otter rolling itself in the water on its back and breaking a shell on his belly using a stone posed on it. Those which can break a shell by dropping it from top are not so rare, nor those which can break it with a stone. The brain of an ant is not large; one even says that it is collective. The following test was carried out : a brushwood was inserted in a honey pot, through a lid. Our ant, very interested, has quickly understood that the brushwood could help it to get the honey up. It thus tried, gone up on the lid, to draw up the brushwood with its legs and succeeded in going it up a little. But as soon as it released it, the brushwood fell down. The problem seemed insoluble but it didn't discourage. At the third day, it did exactly what we would have done ! after having drawn up the stem, it blocked it with its other legs and its body, then started again. It finally had its honey.
An isolated brain can nothing make nor solve by itself bus when it reflects, it must obligatorily see the things being done physically, would be this only a writing. The mouth, the leg, the hand, are not the arms and the jaw of a crane. They live, feel, test and position. An athlete reproduces in his head, before the competition, all the movements which it will carry out; it is absolutely fantastic, because it will do them in reality in the same manner, but with its complexes components of speed and dynamic balance; The life makes virtual simulation since always, which is not the exclusive fact of the brain of the man; to project itself in a reality of synthesis in a full state of awakening, is a situation comparable to the dream; the process is characterized only by the mode of trigging. We project ourselves all thus frequently, from the athlete to the writer.
The sense of smell;
like all the other senses, its role is to inform and prevent; for an animal, there are no
good and bad smells, but only of useful ones or not.
Human with its upgraded socialization,
has all indexed and classified. For him, there are good and bad smells.
The centre of life;
first of all, it was placed in the belly, then in the heart
before being located in the brain for the essential functions,
although nothing is sure. There is perhaps much more
decentralization than it is imagined.
Heart and lungs have a dominating role which one didn't
manage to identify for the plants
(if those can send messages of alarm, it
is to some extent that they think at least to others (see the vegetable
world).
Growing again ;
this possibility exists for certain
animals such the crab, which can reconstitute a claw (in smaller size). For
humans, the liver, if it is sufficiently cut (into two) can
reconstitute itself. Derma and the skin grows ; one even makes now grow
artificially skin by taking the skin of an individual whom one makes grow in
a serum which was taken from him, so that all is from him and without
rejection when after increasing in surface one can put it to him.
Research and progress in the
field of the skin, and the veins are very encouraging; American make
grow micro veins (capillary ends like a hair) inside silicon moulds inspired
by the technology of the microprocessors. They hope to reconstitute a heart
one day.
The good manners wants that one does not speak about certain odors associated
with the sight of the matter, though they belong to his own life.
However, a pragmatic and brilliant doctor
thinks that if we could send our excrements to
get them
analyzed, one would detect certain diseases, of which cancers,
both in the most effective and most economic manner it
is. But for the moment, it must make fall the taboo.
We had to put the hand in it.
The sleep.
I will not speak about the phases of the sleep, often described, but of the
great mystery which surrounds it and of what occurs there or even is woven
there during the running programme.
We live during our sleep phantasmagoric situations which take
back
lived events transformed and assembled although they do not have anything
common run. It is paradoxical. When I say us, I think of all the animals,
our companions.
Note:
at night, the brain is released from the
constraints of the day to day
life which monopolize it and it can use the energy which
the body at rest does not need anymore,
to make function its "irrational" part, that of the instinct, that which
makes you choose a partner,
that which calculates the approaching
speed of a car and says to
pass or not, that of prudence or the risk, that of unreasoned fears and
happiness.
One knows very
well that after a night,
sleeping well or not,
one finds sometimes the solution at
a problem. During the sleep, the brain makes
the balance sheet of the
day or of several days,
being able to seek very far behind any subject, carrying out foolish
combinations
together to create an image or to solve a problem.
Are
these films of the life created by
the need for self-defence, vital for survival, because we
kept our brain known as
"reptilian"?.
Does the
brain works out during these phases, some antibody to fight against a
disease, on a species or individual scale
?. How to explain that an epidemic ceases naturally well
before the extinction of all the species? does the new empire "" die out
itself, or do the "
besieged" develop
on long run defences which are
transmitted ? undoubtedly both. However, one tends to over-estimate the
action of the human brain (we live the period of the "whole
intellectual"). Can it be
imagined that the brain prepares also the evolution of the species according
to elements which are surely not due
at random,
at contrary to the theory
of Darwin.
The brain is very irrigated by blood and consumes much sugar. A small cut on
the head is very impressive because one is immediately covered with blood.
Reflexes, memory, thinking ;
the brain controls everything excepted
seemingly, the "conditioned" reflexes (example: withdrawal of the hand if
one burns oneself). Like some other animals (we don't know for insects and
lower, undoubtedly,
the man has a brain called "reptilian"; rustic (?) but
essential and which directs all or almost do;
the beautiful flights on our super intelligence are checked each day at the
house, in the street or the newspapers; moods, incivilities, violence,
robberies, diversions of money by the most wealthy of us, murder, wars
provoqued in foreign country (adverse people provided with arms) in order to
steal their resources rather than helping them not to die from starvation.
It's also slavery in some underground factories or at home (the Third World
but also in the basements of the rich countries).
The memory brain would be particular
to us, like that of the intelligence and one get astonished to verify that
animals can have some memory and intelligence. This fact disturbs badly lots
of certainty (see the orchids and the bee).
In fact, as I think doctors or
psychologists admit that,
the intelligent brain justifies the acts of the
reptilian brain and one checks it
everyday: "you are always
right";
it is true, one clears oneself of all behaviour with the most perfect bad
faith. It is also said that an engineer can produce a bundle of calculations
to prove that the dam must be there but that it could write as much to prove
the contrary, joke which confirm that we know perfectly :
one get instinctively an opinion on a question and that
one explain it after by joining all it is necessary for us to convince.The
worst acts of the reptilian
brain : at the bas of the scale, those which can use or ruin other people
without any bad conscience;
at the top the most contemptible assassins
who do not perceive the evil that they make; they can admit it or to
recognize it but they are not affected ; assassins of the worst category, in
their cell, say to the specialized psychiatrists came to hear them : do not
let to me leave because I will start again. They are conscious but cannot do
anything against themselves.
The play;
among all the animals we know a little, playing is
training for the life; what is allowed to make and what it is not; what
exactly is the ability and the power; it is also what we call
socialization; the young person feels the life with his genes, observes
the life in the neighbourhoods and tries itself. Both the life and the
familly inculcate the limits to him. He learns how to defend, observe, to be
wary, know the others (of its species or not), to understand the sexes, to
apprehend the elements (rain, wind, temperature, storms), to shelter,
prepare what he wants to do, to attack to nourish itself.
The storage
; storing whereas we do not need
it any more is
also a reptilian
reflex ; as soon as the fuel
price increases, one queues
up to fill the tank and if the news
are "bad", one stores rice, pastes, flour, sugar, coffee. For nothing,
but the reptile takes care !
Many toys of children bring nothing useful and are quickly
forsaken; the child just wants to play the life like the other
animals and it is why he likes so much to hide to surprise you or slip in
the shoes of the parents; The child lives in the
imaginary
and always dreams of huts to shelter but also to isolate
itself, to be dissimulated, to plot with others;
he lives with tales, battles, adventures, risks or for the
girls, of houses, hairstyles of jewels, kitchen and dishes.
He wants to build his life. depriving he too early
with excess under pretext he can catch anything very quickly is an attack to
its life.
Some trees, a recess, even a waste ground that they will dig
with their bicycle or their scooter to get some feelings,
will be forever higher.
But why the children always like to splash in the water
puddle pools ?
Physics 4
(perception,
communication, socialization, humanity
and
society: food and services,
malfuntions).
