2. This is a trip at high speed,
jumping distances by factor of 10.
Start with 100 equivalent to 1 meter, and increasing sizes by
factor of 10s ,or 101 (10 meters), 102 (10x10 = 100 meters, 103
(10x10x10 = 1.000 meters), 104 (10x10x10x10 = 10.000 meters),
so on, until the limit of our inmagination in direction to the
macrocosmos.
Later lets return, a little faster, until the point where we
started and continue our trip in oposite direction reducing
distances to travel by factor of 10 into the microcosmos.
Observe the constancy of the laws of the universe and think
about how much the human race still need to learm...
11. 10 7
10.000 km
The Nor
hemisphere of
Earth, and part of
Sud-America
12. 10 8
100.000 km
The Earth
start looking
small...
13. 10 9
1 millĂłn de km
The Earth
and the
Moonâs Ăłrbit
in white....
14. 10 10
10 Millons de km
Part of the
Earthâs Orbit
in blue
15. 10 11
100 millons de km
Ărbits of:
Venus and
Earth...
16. 10 12
1 billĂłn de km
Ărbits of:
Mercury,
Venus, Earth,
Mars and
JĂșpiter.
17. 10 13
10 billons de km
At this height
of our trip, we
could
observe the
Solar System
and the orbits
of the planets
18. 10 14
100 Billons de km
The Solar
System start
looking small...
19. 10 15
1 trillĂłn de km
The Sun now is
a small Star in
the middle of
thousands
stars...
20. 10 16
1 light-year
At one light-year
the little Sun star
is very small
21. 10 17
10 light-year
Here we will see
nothing in the
infinity....
22. 10 18
100 light-years
âNothingâ
Only stars and
Nebulouses
23. 10 19
1.000 light-years
At this distance
we started
travelling the
Via-LĂĄctea, our
galaxy.
24. 10 20
10.000 light-year
We continued
our travel inside
the Via-LĂĄctea.
25. 10 21
100.000 light-years
We started
reaching the
peripheric of
the Via-LĂĄctea
26. 10 22
1 millĂłn light-years
At this
tremendous
distance we
could see all the
Via-LĂĄctea other
galĂĄxies too...
27. 10 - 10 millons light-years
23
From this distance, all the galaxies
looks small with inmense empty
spaces in between.
The same laws are ruling in all
bodies of the Universe.
We could continue traveling
upwards with our imagination, but
now we will return home quickly
56. 10 -6
1 micrĂłn
The
nucleous of
the cell is
visible.
57. 10 -7
1.000
Amgstrons
Again we changed
the the messuring
unit to adapt to the
minĂșscule size.
You could see the
cromosomas.
58. 10 -8
100 Amgstrons
In this micro
universe the
ADN chain is
seen.
59. 10 -9
10 Amgstrons
the
cromosĂłmatics
blocks can be
studied.
60. 10 -10
1 Amgstron
It appears like
clouds of electrons
of carbon ĂĄtoms
that formed our
world.
You could notice
the resemblace of
the micro with the
macrocosmos...
61. 10 -11
10 picĂłmeters
In this
miniature
world we
could observe
the electons
orbiting the
atoms.
62. 10 -12
1 PicĂłmetro
An inmense empty space
between the nucleous and
the electron orbits...
63. 10 -13
100 FentĂłmeters
At this incredible and
minuscule size we
could observe the
nuceous of the atom.
64. 10 -14
10 FentĂłmeters
Now we could
observe the
nucleous of the
Carbon atom
65. 10 -15
1 FentĂłmeter
Here we are in the field
of the scientific
imagination face to
face with a Proton.
66. 10 -16
100 AtĂłmeters
Examinating the
âquarkâ partĂcules
There is no more
where to go...
At the current
scientific knowledge .
This is the limits of
the matter...
67. And now ÂżAre you the center of the universe?
Are you the especial creature of the CreatiĂłn?
What is behind those limits? Are there any limits?
Note that âdownwardsâ only we could go to the power of
minus 16ÂȘof 10 and reached the limits of the (know?)
matter... But upwards we went to the power of 23ÂȘ of 10 and
stopped... But really we could have continue our trip with
out limits of our imagination!!!!
... then?
...who say that we are alone in the universe?