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About Me Member Structural Poet Michael19/Male/United States Recent Activity Deviant for 4 Years
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On the theory of time.

Sat Nov 21, 2009, 2:59 AM
  • Mood:
  • Listening to: Soul Kitchen - The Doors
  • Reading: 2012 - Whitley Streiber
  • Watching: Adult Swim
  • Playing: Guitar
  • Drinking: Tea
Time.

If you are reading this, you are probably considering the time it is going to take to read this, versus the time you could spend doing something else. A second, a minute, an hour, a day, a week, a month, a year, a century and so forth.
What is time? Our time is, ' perceptual time ', we have invented a series of intervals that resonate back to the ancient Sumerian time system. (i.e., 60 seconds in a minute, 60 minutes in an hour, etc.,)

But actual time? Time is the decay of matter.
And gravity affects time.
The larger the mass of an object, the more it bends and warps the space-time around it. So, time moves slower around the sun, than it does on Earth. Meaning that the matter around the sun, the atoms and what-not, decay slower. And yes, even our time system is affected by this; the atoms that make up the matter and mechanical/quantum make-up of our time counting mechanisms actually slows down that as well.
Here is my unnerving question, something I keep thinking:
Atoms can become infinitely close to one another, their gravitational pull on each other becoming infinitely greater. The quarks inside the atoms as the atoms become closer, start to move slower and slower.
Does time differ in quantum time, than in general time? If two atoms start to get closer and closer, infinitely close, attracting other atoms, is this what causes the actual time distortions? Is this what holds matter together? Science still doesn't know.
But, you and I, are the decay of matter.

Another interesting thought: Strangelets.
Strangelets are atoms that have an equal number of up, down and strange quarks. While hypothetical, they still arouse a certain bit of, curiosity in my mind as well as others.
Strangelets are theoretically found in supernovas, and pulsars.
Theoretically when a strangelet atom touches an atom of normal molecular structure, it turns that atom/piece of matter into a strangelet, which will in turn do the same thing to the next, and the next until the entirety of it's surrounding is consumed by one giant strangelet atom.

Just a ramble.

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Devious Info

  • Current Residence: Texas
  • Interests: Music/Creating music, Guitar, Poetry, Theoretical Physics, Quantum Mechanics, Space, Conspiracies
  • Favourite movie: Half Baked, Superbad, Role Models
  • Favourite band or musician: Jimi Hendrix, The Doors, Led Zeppelin, Rammstein, Oomph!, Bob Marley, Stone Temple Pilots, Nirvana
  • Favourite genre of music: Metal, Blues, Jazz, Acid Rock, Psychedelic, Roots Music, Classic Rock, German Industrial
  • Favourite artist: Jimi Hendrix, Salvador Dahli
  • Favourite poet or writer: Jim Morrison, Jimi Hendrix, Leo Tolstoy
  • Favourite style of art: Soulful / Blues / Melodic Imagery
  • Operating System: Windows Vista
  • MP3 player of choice: What boy? I still gots me a record player.
  • Wallpaper of choice: Epic wallpaper.
  • Favourite game: Mass Effect, Halo, Call of Duty MW, Condemned 2, Bioshock
  • Favourite gaming platform: XBOX 360
  • Favourite cartoon character: The entire Family Guy cast.
  • Personal Quote: I'm the one who has to die when it's time for me to die, so let me live my life---the way
  • Tools of the Trade: Guitar, pen and paper.

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Comments


:iconriyuu:
Thank you for the nice comment.

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The Scarecrow plots: "Don't stand there talking. Put me together."



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Thanks, and thanks a lot for the watch and the faves!

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:iconmidiandamned:
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:iconvampire-chair:
hi lol random commentplz

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:iconmidiandamned:
random reply helloooo

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Have you ever been experienced?
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:iconvampire-chair:
random smiley :iconhurrplz:

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:iconmidiandamned:
cute :P

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Have you ever been experienced?
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