際際滷

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My cool new 際際滷show!

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Hima Challa
Hima Challa

This document describes a journey through scales of size from 1 meter to billions of light years and back down to fractions of an atom. It explores scales from the macrocosm of galaxies down to the microcosm inside an atom. The key ideas are that the laws of physics remain consistent across all scales and that there is still much to learn about the universe at both macro and micro scales.

1 of 68
. ZOOM POWER OF 10 FROM MICRO TO MACROCOSMOS
This is a trip at high speed, jumping distances by factor of 10. Start with 10 0 equivalent to 1 meter, and increasing sizes by factor of 10s ,or 10 1 (10 meters), 10 2 (10x10 = 100 meters, 10 3 (10x10x10 = 1.000 meters), 10 4 (10x10x10x10 = 10.000 meters), so on, until the limit of our inmagination in direction to the macrocosmos. Later lets return, a little faster, up to the point where we started and continue our trip in the opposite direction reducing distances of travel by factors of 10 into the microcosmos. Observe the constancy of the laws of the universe and think about how much the human race still needs to learn...
BON VOYAGE!
Distance to a bunch of leaves, in the garden 10 0 1 meter
Start our trip upwards .... We could see the foliage. 10 1 10 meters
At this distance we can see the limits of the forest and the edifications 10 2 100 meters
We will pass from meters to kilometers.. Now it is possible to jump with a parachute ... 10 3 1 km
The city could be observed but we really can not see the houses 10 4 10 km
At this height, the state of Fl坦rida - USA, can be seen.. 10 5 100 km
Typical sight from a satellite 10 6 1.000 km
The north hemisphere of Earth, and part of South America 10 7 10.000 km
The Earth starts looking small... 10 8 100.000 km
The Earth and the Moons 坦rbit in white.... 10 9 1 mill坦n de km
Part of the Earths Orbit in blue 10 10 10 Millons de km
10 11 100 millons de km rbits of: Venus and Earth...
rbits of: Mercury, Venus, Earth, Mars and J炭piter. 10 12 1 bill坦n de km
At this height of our trip, we could observe the Solar System and the orbits of the planets 10 13 10 billons de km
10 14 100 Billons de km The Solar System starts looking small...
The Sun now is a small star in the middle of thousands of stars... 10 15 1 trill坦n de km
At one light-year the little Sun star is very small 10 16 1 light-year
Here we will see nothing in the infinity.... 10 17 10 light-year
Nothing Only stars and Nebulae... 10 18 100 light-years
10 19 1,000 light-years At this distance we started travelling the Via-L叩ctea (Milky Way), our galaxy.
We continued our travel inside the Via-L叩ctea. 10 20 10,000 light-years
We started reaching the periphery of the Via-L叩ctea 10 21 100,000 light-years
At this tremendous distance we could see all the Via-L叩ctea & other gal叩xies too... 10 22 1 milli坦n light-years
From this distance, all the galaxies look 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 10 23 - 10 million light-years
10 22
10 21
10 20
10 19
10 18
10 17
10 16
10 15
10 14
10 13
10 12
10 11
10 10
10 9
10 8
10 7
10 6
10 5
10 4 Questions that come to our minds ... Who are we? Where are we going? From where did we come from?
10 3 Or... What do we represent in the Universe?
10 2 In this trip upwards we went to the power of 23 of 10
10 1 Now we are going to dig inside of the matter in an inverse trip...
We arrived at our starting point. We could reach it with our arms... 10 0
Getting closer at 10 cm ...We can delineate the leaves. 10 -1 10 Cent鱈meters
At this distance it is possible to observe the structure of the leaf. 10 -2 1 Cent鱈meter
The cellular structures start showing... 10 -3 1 Mill鱈meter
The cells can be defined. You could see the union between them. 10 -4 100 microns
Start our trip inside the cell ... 10 -5 10 microns
The nucleus of the cell is visible. 10 -6 1 micr坦n
Again we changed the messuring unit to adapt to the min炭scule size. You could see the chromosomes. 10 -7 1.000 Angstroms
In this micro universe the DNA chain is visible. 10 -8 100 Angstroms
...the chromos坦mes blocks can be studied. 10 -9 10 Angstroms
It appears like clouds of electrons... These are carbon 叩toms that formed our world. You could notice the resemblance of the microcosmos with the macrocosmos... 10 -10 1 Angstrom
In this miniature world we could observe the electrons orbiting the atoms. 10 -11 10 pic坦meters
An inmense empty space between the nucleous and the electron orbits... 10 -12 1 Pic坦meter
At this incredible and minuscule size we could observe the nuceous of the atom. 10 -13 100 Fent坦meters
Now we could observe the nucleous of the carbon atom 10 -14 10 Fent坦meters
Here we are in the field of the scientific imagination, face to face with a proton. 10 -15 1 Fent坦meter
Examine the quark part鱈cules There is nowhere more to go... At the limits of current scientific knowledge . This is the limit of matter... 10 -16 100 At坦meters
And now ...Are you the center of the universe? Are you the special creature of the Creati坦n? What is behind those limits? Are there any limits? Note that going downwards we could only go to the power of minus 16捉of 10 and reached the (known?) limits of matter... But upwards we went to the power of 23捉 of 10 and stopped... But really we could have continued our trip with out limits to our imagination!!!! ... then? ...who says that we are alone in the universe?
END !

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My cool new 際際滷show!

  • 1. . ZOOM POWER OF 10 FROM MICRO TO MACROCOSMOS
  • 2. This is a trip at high speed, jumping distances by factor of 10. Start with 10 0 equivalent to 1 meter, and increasing sizes by factor of 10s ,or 10 1 (10 meters), 10 2 (10x10 = 100 meters, 10 3 (10x10x10 = 1.000 meters), 10 4 (10x10x10x10 = 10.000 meters), so on, until the limit of our inmagination in direction to the macrocosmos. Later lets return, a little faster, up to the point where we started and continue our trip in the opposite direction reducing distances of travel by factors of 10 into the microcosmos. Observe the constancy of the laws of the universe and think about how much the human race still needs to learn...
  • 4. Distance to a bunch of leaves, in the garden 10 0 1 meter
  • 5. Start our trip upwards .... We could see the foliage. 10 1 10 meters
  • 6. At this distance we can see the limits of the forest and the edifications 10 2 100 meters
  • 7. We will pass from meters to kilometers.. Now it is possible to jump with a parachute ... 10 3 1 km
  • 8. The city could be observed but we really can not see the houses 10 4 10 km
  • 9. At this height, the state of Fl坦rida - USA, can be seen.. 10 5 100 km
  • 10. Typical sight from a satellite 10 6 1.000 km
  • 11. The north hemisphere of Earth, and part of South America 10 7 10.000 km
  • 12. The Earth starts looking small... 10 8 100.000 km
  • 13. The Earth and the Moons 坦rbit in white.... 10 9 1 mill坦n de km
  • 14. Part of the Earths Orbit in blue 10 10 10 Millons de km
  • 15. 10 11 100 millons de km rbits of: Venus and Earth...
  • 16. rbits of: Mercury, Venus, Earth, Mars and J炭piter. 10 12 1 bill坦n de km
  • 17. At this height of our trip, we could observe the Solar System and the orbits of the planets 10 13 10 billons de km
  • 18. 10 14 100 Billons de km The Solar System starts looking small...
  • 19. The Sun now is a small star in the middle of thousands of stars... 10 15 1 trill坦n de km
  • 20. At one light-year the little Sun star is very small 10 16 1 light-year
  • 21. Here we will see nothing in the infinity.... 10 17 10 light-year
  • 22. Nothing Only stars and Nebulae... 10 18 100 light-years
  • 23. 10 19 1,000 light-years At this distance we started travelling the Via-L叩ctea (Milky Way), our galaxy.
  • 24. We continued our travel inside the Via-L叩ctea. 10 20 10,000 light-years
  • 25. We started reaching the periphery of the Via-L叩ctea 10 21 100,000 light-years
  • 26. At this tremendous distance we could see all the Via-L叩ctea & other gal叩xies too... 10 22 1 milli坦n light-years
  • 27. From this distance, all the galaxies look 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 10 23 - 10 million light-years
  • 28. 10 22
  • 29. 10 21
  • 30. 10 20
  • 31. 10 19
  • 32. 10 18
  • 33. 10 17
  • 34. 10 16
  • 35. 10 15
  • 36. 10 14
  • 37. 10 13
  • 38. 10 12
  • 39. 10 11
  • 40. 10 10
  • 41. 10 9
  • 42. 10 8
  • 43. 10 7
  • 44. 10 6
  • 45. 10 5
  • 46. 10 4 Questions that come to our minds ... Who are we? Where are we going? From where did we come from?
  • 47. 10 3 Or... What do we represent in the Universe?
  • 48. 10 2 In this trip upwards we went to the power of 23 of 10
  • 49. 10 1 Now we are going to dig inside of the matter in an inverse trip...
  • 50. We arrived at our starting point. We could reach it with our arms... 10 0
  • 51. Getting closer at 10 cm ...We can delineate the leaves. 10 -1 10 Cent鱈meters
  • 52. At this distance it is possible to observe the structure of the leaf. 10 -2 1 Cent鱈meter
  • 53. The cellular structures start showing... 10 -3 1 Mill鱈meter
  • 54. The cells can be defined. You could see the union between them. 10 -4 100 microns
  • 55. Start our trip inside the cell ... 10 -5 10 microns
  • 56. The nucleus of the cell is visible. 10 -6 1 micr坦n
  • 57. Again we changed the messuring unit to adapt to the min炭scule size. You could see the chromosomes. 10 -7 1.000 Angstroms
  • 58. In this micro universe the DNA chain is visible. 10 -8 100 Angstroms
  • 59. ...the chromos坦mes blocks can be studied. 10 -9 10 Angstroms
  • 60. It appears like clouds of electrons... These are carbon 叩toms that formed our world. You could notice the resemblance of the microcosmos with the macrocosmos... 10 -10 1 Angstrom
  • 61. In this miniature world we could observe the electrons orbiting the atoms. 10 -11 10 pic坦meters
  • 62. An inmense empty space between the nucleous and the electron orbits... 10 -12 1 Pic坦meter
  • 63. At this incredible and minuscule size we could observe the nuceous of the atom. 10 -13 100 Fent坦meters
  • 64. Now we could observe the nucleous of the carbon atom 10 -14 10 Fent坦meters
  • 65. Here we are in the field of the scientific imagination, face to face with a proton. 10 -15 1 Fent坦meter
  • 66. Examine the quark part鱈cules There is nowhere more to go... At the limits of current scientific knowledge . This is the limit of matter... 10 -16 100 At坦meters
  • 67. And now ...Are you the center of the universe? Are you the special creature of the Creati坦n? What is behind those limits? Are there any limits? Note that going downwards we could only go to the power of minus 16捉of 10 and reached the (known?) limits of matter... But upwards we went to the power of 23捉 of 10 and stopped... But really we could have continued our trip with out limits to our imagination!!!! ... then? ...who says that we are alone in the universe?
  • 68. END !