XPost: alt.religion, alt.religion.baptists, alt.religion.biblestudy   
   XPost: alt.religion.christian.biblestudy, alt.religion.christian.last-days,   
   alt.religion.christian.lutheran   
   XPost: alt.religion.christian.methodist, alt.religion.christian.pentecostal,   
   alt.religion.christian.presbyterian   
   XPost: alt.religion.christian.roman-catholic, alt.religion.christian,   
   alt.religion.christian.teen   
   XPost: alt.religion.christian.you, alt.religion.christianity, alt.religion.gods   
   XPost: alt.bible   
      
   If we were shrunk down to live in the quantum world, we would see the   
   laws of physics broken right and left. Don't fret if you don't   
   understand the quantum world, neither do I and many scientists. Here   
   are some of what you might find there:   
      
   Quantum entanglement. Einstein called it "spooky action at a   
   distance". Here is one example. You have two coins. One is placed a   
   mile from the other one. The home coin flips as heads. Then the coin a   
   mile away always matches what the home coin does; thus in our example,   
   heads.   
      
   Now take one of the coins and put it on a distant star. Then flip the   
   home coin. If it lands tails, so will the one on the distant star. It   
   instantaneously 'knows' what the home coin always is. It even breaks   
   the speed of light, which it has to do, to perceive that home coin.   
      
   Quantum superposition.In the quantum world, an object can be in two   
   different places at the same time. When you go to measure it, it is   
   only in one place. But before and after, it can be in two places at   
   once.   
      
   Also, more than one measurement made on 2 identical particles in the   
   same environment, might not always give the same reading results. It's   
   like taking a 20 lb weight and weighing it. No surprises, it always   
   comes up 20 lbs.in our world. But in the quantum world, it may give   
   different readings each time it is weighed.   
      
   Quantum mechanics vs Classical mechanics. By now you should be able to   
   see a difference between the two. In Classical mechanics (the one we   
   are familiar with), you can predict the position of an particle at a   
   certain time.   
      
   Not so with Quantum mechanics. To find the location of a particle you   
   have to rely on probability rather than determinability.   
      
   Light in the world we know can act like a wave OR a particle. But in   
   the quantum world it acts as a wave AND a particle.   
      
   Since our reality is built upon the quantum world, one would think   
   that our world would be just as crazy. But it isn't. It is quite   
   stable and follows certain laws to the letter. So if I go to boil some   
   distilled water at sea level, I can always count on it boiling at 212   
   degrees.   
      
   We can give thanks to our Creator for giving us stability in our   
   world. We don't directly live in the quantum world of craziness, and   
   are grateful that we don't. Praise Jah.(Ps 102:18)   
      
   Sincerely James   
      
   --- SoupGate-Win32 v1.05   
    * Origin: you cannot sedate... all the things you hate (1:229/2)