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artificial evanescent reality
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AntonioLao
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artificial evanescent reality - 01-12-2006, 01:21 PM

In contrast to the proliferation of inexpensive (but profitably booming) virtual reality (VR) witnessed by the rise of video games which at most improved certain manual dexterity and moments of brief mental concentration for the young adults or younger young adults or even adults or older adults nothing more can be gained. To gain more out of VR, at the very least is to breach the computer codes of pseudo random number generators and into close contact with actual artificial evanescent reality (AR).

AR is definitely much more expensive toy for a few seriously volunteered and chosen adults who have at the very minimum spent years of academic research acquiring doctorate degrees in specific area. For examples, elementary particle physics, and those less mentally but physically demanding pilot training simulation, lunar-landing simulation, and many other similar computer modeling and simulations.

Yearly, governments, joint consortia, and international groups dispense billions in monetary fund and without actually barter human resources into AR in order to get up close, and closer; personal, and more intimate with evanescence.

The average lifetime of a weak vector gauge boson is clocked at 10^{-25} second, measured mass about 83 GeV with unit spin as first detected within CERN’s facilities circa 1983. Since weak particles live such an insignificant existence, for all practical purposes, they can be called man-made or artificial. However, in the early universe, in the era of Planck time and energy, they were prolific together with all the other evanescence: magnetic monopole, Higgs boson, isolated quarks and gluons. At this early epoch of extremely high temperature and density, they all exist as natural, ordinary, normal particles. But 15 billions years later, it takes more or less 15 billions dollars to coerce them up on stage for much, much less than 15 billionths of a second.

Adding lightly religious allegory or symbolism, if the early universe is the idea of Hell and what the universe is now is the next best thing to Heaven, why would the heavy weak bosons prefer going back to Hell than to stay in line in a queue impatiently waiting for a chance to get to Heaven? Nevertheless, the massless energetic photons have been to Heaven and back to brag about it a quadrillion times over. Although the massless weak gravitons relishing the secret of eternal good life in Heaven refuse to share or even to send a signal of gravity waves brandishing the promise of immortality.

These lacks of cooperation on the part of W-bosons and refusal to share on the part of graviton with the understandable over eager magnanimous photons prompted mortal scientists in creating electroweak theory, standard model, and general relativity and finally TOE hoping to close the gap between Heaven and Hell on planet Earth. Physically, Heaven implies absolute zero, while Hell implies infinite temperature. Both are scalar fields with no directional attributes or no escape routes. Once inside, it’s permanent residence without expiration date, even longer than what a diamond is forever. Incidentally, a diamond symbolizes eternal devotion, romance, strength, beauty, wealth, and happiness and even everlasting life. That’s the price of evanescence. Is there anything more to ask for?


Time independence: [∂E(g)]²=[∂F(a)×∂r(a)]·[∂F(b)×∂r(b)] and Mass independence: a(tr(t)=c²
  
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