the past will catch u up as u run faster.. I know

..Remember the Past

Destroy the Present

and.. Built An_other Future

Σκεφτομαι κ γραφω.. ακομα! μερος 1ο

– ..Μα τι να κανω?

– Τι μπορεις να κανεις? Νομιζω στα δυσκολα μονο θεατες ειμαστε..

Aλλα μη τους το πεις, δεν θα τους αρεσει..

– Οχι.. καθολου δεν θα τους αρεσει. Δεν εχω καμια ορεξη..

– Η ελλειψη πληροφοριων, δεν συνεπαγεται οτι τα πραγματα δεν θα αλλαξουν

Η αυξηση του πληθυσμου, η αυξηση της ενεργειας.. στην παραγωγη ενεργειας να περιορισουμε τους εαυτους μας.

Ραγδαιες αλλαγες, αλυσιδωτες αντιδρασεις..

Η ζωη παντα εναρμονιζοταν με την εξεληξη.

-Καλα τωρα.. μη με μπερδευεις!

-Πρεπει να εχουμε χρονικο οριζοντα και να ειμαστε ενεργειακα συνειδητοι . Να βαλουμε το δικο μας λιθαρακι.

Ενας αστος βεβαια που συντριβεται απ το εισοδημα του, μπορει να προσεξει το παιδι του αλλα οχι τοσο το περιβαλλον. Οι ισορροπιες ειναι λεπτες. Η ελλειψη λογικης  και πολιτικης βουλησης…. Μεσω πολιτικων πεποιθησεων, μεμονομενα δεν μπορεις να κανεις τιποτα.

Για την προστασια των δασων πρεπει να υπαρχει πυροσβεστικη αλλιως και πεποιθησεις να εχουμε δεν μπορουν να γλυτωσουν το δασος. Χρειαζονται τεραστια χρηματικα ποσα για τις φυσικες καταστροφες.

Η αντιμετωπιση των περιβαλλοντικων προσφυγων θα δημιουργησει συγκρουσεις.

Συνεχιζεται..

CHAOS AND THE FORMATION OF THE SOLAR SYSTEM

The Big Bang Theory is the generally accepted model for the formation and evolution of the universe. It is based on two theoretical standards: the general relativity and the cosmological principle.

The universe has a finite age (13.7 billion years) therefore we can only see a finite distance out into space: 13.7 billion light years. This is our horizon.

The Big Bang did not occur as an explosion. It is better to consider it as the simultaneous appearance of space and time everywhere in the universe. The space that is within our present horizon was indeed no bigger than a point in the past.

1. NO SPACE – NO TIME

2. During the first 10^-34 seconds, (one Planck time) the space and the time begin while a quantum disorder is taking place. On large scales the universe is homogeneous and isotropic, with incredibly high energy, huge temperatures and pressures. The whole universe is amorphous energy.

3. After the first 10^-34 seconds, the universe continues to expand and starts to cool. After the inflation, the universe expands exponentially. The energy is formed into matter. Elementary particles such as quarks, gluons, leptons are in random motion. The particles are still free. Respectively, anti-particles are formed. Then baryogenesis leads to a very small excess of quarks and leptons over anti-quarks and anti-leptons (1 per 30 million). The result is the dominance of matter over anti-matter in the present universe.

4. The expansion continues and also the drop of the temperature. In this stage quarks and gluons combine to form protons (hydrogen nucleus) and neutrons. Then protons and neutrons form heavier nucleus (deuterium and helium), this process is nucleosynthesis. The weak and the strong forces dominate.

5. Now due the electromagnetic force, the electrons start to orbit around the formed nucleus combining atoms.

The remaining energy in the form of photons is continuously emitted into space as cosmic microwave background radiation.

The universe is now formless cloud of gas and dust (Nebula), composed of atoms, free nucleus, free electrons etc.

6. While the expansion continues, the cloud becomes denser, begins to collapse and starts rotating forming stars, galaxies and planets. Due to the forth fundamental force, the gravity, the small-size matter is attracted by the large one in orbit.

7. The formation of our solar system. The universe now has the Sun, the other eight planets (Mercury, Venus, Earth, Mars, Jupiter, Saturn, Uranus, Neptune) some dwarf planets, many moons and thousands of meteors, comets and asteroids.

The geometry of the universe is determined by its density. There is a direct link between the geometry of the universe and its fate.

• If the density of the universe exceeds the critical density Ω, the geometry of space is closed and positively curved like sphere and eventually the universe would stop expanding and collapse on itself (spherical geometry-closed universe).
• If its density is less than Ω, then the geometry is open, negatively curved like saddle. Then, there would not be enough mass in the universe to stop the expansion and so the universe would expand forever (hyperbolic geometry-open universe).
• If the density equals the Ω, then the universe is flat. There would be enough mass to stop the expansion, but only after an infinite amount of time. The universe would continue to expand forever, but continuously slowing down (Euclidian geometry-flat universe).

The early Big Bang theory predicted that the universe is flat. However, the presence of the dark energy enables the universe to resist to the gravity proving that the expansion is accelerating.

Ostensibly, this evolution is in contrast with the 2^nd law of thermodynamics (Entropy increasing over time) nevertheless every order established at some point is followed by a bigger disorder somewhere else.