POWER OF 10               M          Z OO     FROM MICRO TO     MACROCOSMOS.
This is a trip at high speed,              jumping distances by factor of 10. Start with 100 equivalent to 1 meter, and in...
BON VOYAGE!
10      01 meterDistanceto a bunchof leaves,in thegarden
10      110 metersStart our tripupwards ....We could seethe foliage.
10       2100 metersAt this distancewe can see thelimits of theforest and theedifications
10       3   1 kmWe will passfrom meters tokilometers..Now it ispossible tojump with aparachute ...
10       4 10 kmThe city couldbe observedbut we reallycan not see thehouses
10       5 100 kmAt this height,the state ofFlórida - USA,can be seen..
10       61.000 kmTypical sightfrom a satellite
10       7 10.000 kmThe northhemisphere ofEarth, and part ofSouth America
10        8100.000 kmThe Earthstartslookingsmall...
10         91 millón de kmThe Earthand theMoon’s órbitin white....
10          1010 Millons de kmPart of theEarth’s Orbitin blue
10     11  100 millons de kmÓrbits of:Venus andEarth...
10      12 1 billón de kmÓrbits of:Mercury,Venus, Earth,Mars andJúpiter.
10       1310 billons de kmAt this heightof our trip, wecouldobserve theSolar Systemand the orbitsof the planets
10          14  100 Billons de kmThe SolarSystem startslooking small...
10       151 trillón de kmThe Sun now isa small star inthe middle ofthousands ofstars...
10        16 1 light-yearAt one light-yearthe little Sun staris very small
10       1710 light-yearHere we will seenothing in theinfinity....
10      18100 light-years“Nothing”Only stars andNebulae...
10      191,000 light-yearsAt this distancewe startedtravelling theVia-Láctea(Milky Way),our galaxy.
10       2010,000 light-yearsWe continuedour travel insidethe Via-Láctea.
10        21 100,000 light-yearsWe startedreaching theperiphery ofthe Via-Láctea
10       22 1 millión light-yearsAt thistremendousdistance wecould see all theVia-Láctea &other galáxiestoo...
10 - 10 million light-years             23From this distance, all the galaxieslook small with inmense emptyspaces in betwe...
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      4Questions that come toour minds ...Who are we?Where are we going?From where did wecome from?
10      3Or... What do werepresent in theUniverse?
10       2In this trip“upwards” we wentto the power of 23 of10
10       1Now we are going todig inside of thematter in an inversetrip...
10       0We arrived at our startingpoint.We could reach it with ourarms...
10      -110 CentímetersGetting closerat 10 cm ...Wecan delineatethe leaves.
10        -21 CentímeterAt this distanceit is possible toobserve thestructureof the leaf.
10      -31 Millímeter The cellular structures start showing...
10        -4100 micronsThe cellscan bedefined.You couldsee theunionbetweenthem.
10        -510 micronsStart our tripinside thecell...
10        -6  1 micrónThe nucleusof the cell isvisible.
10      -7  1.000AngstromsAgain we changedthe messuring unitto adapt to theminúscule size.You could see thechromosomes.
10       -8100 AngstromsIn this microuniverse theDNA chain isvisible.
10      -910 Angstroms...thechromosómesblocks can bestudied.
10     -101 Angstrom It appears like clouds of electrons... These are carbon átoms that formed our world. You could notice...
10      -1110 picómeters In this miniature world we could observe the electrons orbiting the atoms.
10     -121 PicómeterAn inmense empty spacebetween the nucleous andthe electron orbits...
10       -13100 FentómetersAt this incredible andminuscule size wecould observe thenuceous of the atom.
10       -1410 FentómetersNow we couldobserve thenucleous of thecarbon atom
10       -151 FentómeterHere we are in the fieldof the scientificimagination, face toface with a proton.
10       -16100 AtómetersExamine the ‘quark’partículesThere is nowheremore to go...At the limits ofcurrent scientificknowl...
And now ...Are you the center of the universe?Are you the special creature of the Creatión?What is behind those limits? Ar...
END !
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The Holographic Universe : the power of 10

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Makrokosmos ke mikrokosmos... dua ujung dimensi yang tidak terbayangkan oleh kita... yang serba besar dan yang serba kecil. Slide ini menggambarkan tentang ini. Dengan sendirinya menggambarkan kebesaran Sang Maha Pencipta...

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The Holographic Universe : the power of 10

  1. 1. POWER OF 10 M Z OO FROM MICRO TO MACROCOSMOS.
  2. 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 let’s 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...
  3. 3. BON VOYAGE!
  4. 4. 10 01 meterDistanceto a bunchof leaves,in thegarden
  5. 5. 10 110 metersStart our tripupwards ....We could seethe foliage.
  6. 6. 10 2100 metersAt this distancewe can see thelimits of theforest and theedifications
  7. 7. 10 3 1 kmWe will passfrom meters tokilometers..Now it ispossible tojump with aparachute ...
  8. 8. 10 4 10 kmThe city couldbe observedbut we reallycan not see thehouses
  9. 9. 10 5 100 kmAt this height,the state ofFlórida - USA,can be seen..
  10. 10. 10 61.000 kmTypical sightfrom a satellite
  11. 11. 10 7 10.000 kmThe northhemisphere ofEarth, and part ofSouth America
  12. 12. 10 8100.000 kmThe Earthstartslookingsmall...
  13. 13. 10 91 millón de kmThe Earthand theMoon’s órbitin white....
  14. 14. 10 1010 Millons de kmPart of theEarth’s Orbitin blue
  15. 15. 10 11 100 millons de kmÓrbits of:Venus andEarth...
  16. 16. 10 12 1 billón de kmÓrbits of:Mercury,Venus, Earth,Mars andJúpiter.
  17. 17. 10 1310 billons de kmAt this heightof our trip, wecouldobserve theSolar Systemand the orbitsof the planets
  18. 18. 10 14 100 Billons de kmThe SolarSystem startslooking small...
  19. 19. 10 151 trillón de kmThe Sun now isa small star inthe middle ofthousands ofstars...
  20. 20. 10 16 1 light-yearAt one light-yearthe little Sun staris very small
  21. 21. 10 1710 light-yearHere we will seenothing in theinfinity....
  22. 22. 10 18100 light-years“Nothing”Only stars andNebulae...
  23. 23. 10 191,000 light-yearsAt this distancewe startedtravelling theVia-Láctea(Milky Way),our galaxy.
  24. 24. 10 2010,000 light-yearsWe continuedour travel insidethe Via-Láctea.
  25. 25. 10 21 100,000 light-yearsWe startedreaching theperiphery ofthe Via-Láctea
  26. 26. 10 22 1 millión light-yearsAt thistremendousdistance wecould see all theVia-Láctea &other galáxiestoo...
  27. 27. 10 - 10 million light-years 23From this distance, all the galaxieslook small with inmense emptyspaces in between.The same laws are ruling in allbodies of the Universe.We could continue travelingupwards with our imagination, butnow we will return home quickly
  28. 28. 10 22
  29. 29. 10 21
  30. 30. 10 20
  31. 31. 10 19
  32. 32. 10 18
  33. 33. 10 17
  34. 34. 10 16
  35. 35. 10 15
  36. 36. 10 14
  37. 37. 10 13
  38. 38. 10 12
  39. 39. 10 11
  40. 40. 10 10
  41. 41. 10 9
  42. 42. 10 8
  43. 43. 10 7
  44. 44. 10 6
  45. 45. 10 5
  46. 46. 10 4Questions that come toour minds ...Who are we?Where are we going?From where did wecome from?
  47. 47. 10 3Or... What do werepresent in theUniverse?
  48. 48. 10 2In this trip“upwards” we wentto the power of 23 of10
  49. 49. 10 1Now we are going todig inside of thematter in an inversetrip...
  50. 50. 10 0We arrived at our startingpoint.We could reach it with ourarms...
  51. 51. 10 -110 CentímetersGetting closerat 10 cm ...Wecan delineatethe leaves.
  52. 52. 10 -21 CentímeterAt this distanceit is possible toobserve thestructureof the leaf.
  53. 53. 10 -31 Millímeter The cellular structures start showing...
  54. 54. 10 -4100 micronsThe cellscan bedefined.You couldsee theunionbetweenthem.
  55. 55. 10 -510 micronsStart our tripinside thecell...
  56. 56. 10 -6 1 micrónThe nucleusof the cell isvisible.
  57. 57. 10 -7 1.000AngstromsAgain we changedthe messuring unitto adapt to theminúscule size.You could see thechromosomes.
  58. 58. 10 -8100 AngstromsIn this microuniverse theDNA chain isvisible.
  59. 59. 10 -910 Angstroms...thechromosómesblocks can bestudied.
  60. 60. 10 -101 Angstrom It appears like clouds of electrons... These are carbon átoms that formed our world. You could notice the resemblance of the microcosmos with the macrocosmos...
  61. 61. 10 -1110 picómeters In this miniature world we could observe the electrons orbiting the atoms.
  62. 62. 10 -121 PicómeterAn inmense empty spacebetween the nucleous andthe electron orbits...
  63. 63. 10 -13100 FentómetersAt this incredible andminuscule size wecould observe thenuceous of the atom.
  64. 64. 10 -1410 FentómetersNow we couldobserve thenucleous of thecarbon atom
  65. 65. 10 -151 FentómeterHere we are in the fieldof the scientificimagination, face toface with a proton.
  66. 66. 10 -16100 AtómetersExamine the ‘quark’partículesThere is nowheremore to go...At the limits ofcurrent scientificknowledge .This is the limit ofmatter...
  67. 67. And now ...Are you the center of the universe?Are you the special creature of the Creatión?What is behind those limits? Are there any limits?Note that going “downwards” we could only go to thepower of minus 16ªof 10 and reached the (known?) limits ofmatter... But upwards we went to the power of 23ª of 10 andstopped... But really we could have continued our trip without limits to our imagination!!!!... then?...who says that we are alone in the universe?
  68. 68. END !

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