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| Author | Topic: The first rule of physics |
| Scott |
posted 6/11/05 9:12 PM
The first rule of physics is that energy connot be created nor destroyed,yet many people in the field of science do not agree with the existence of spirits.Doesnt this contradict itself? |
| toni |
posted 4/17/06 7:05 AM
scott einstein said the same thing though i don't know what his standing was on ghosts but if every atom is energy and we are a composite of such atoms then it would stand to reason that we die we just change form into total energy apparently with intelligence in tact or else ghosts wouldnt happen we would just be some random energy floating around like orbs and even they seem to have power of their own toni |
| TawnaMoon |
posted 8/31/06 4:32 PM
I was just thinking of this last night! My sister-in-law trains police dogs/German Shepards. We were talking about how a dog tracks from the 'trail' of a scent. Ghost/Spirits leave (in my opinion) a 'trail' of energy. Energy has a 'buzz' as I call it. Can you kill an atom? I don't think so but then again I am not a scientist. Life is not solid or liquid. Life IS ENERGY. (* |
| Johnny Danger |
posted 9/2/06 4:38 AM
Can an atom be destroyed? Yes and no. This gets pretty deep into some subatomic physics but I'll do my best to explain. Every subatomic particle has a mass energy equivalence. Basically its the level of energy it takes to annhilate that particular partice. For example an electron with nearly zero mass must be accelerated to 1.02 kiloelecton volts (keV), this is equal to 1.02 regular electric volts. Once a particle has attained its needed energy state it is "smashed" into a denser material. The particle will then "explode" and a new particle and an antiparticle are formed with half the energy. The antiparticle is more commonly called antimatter. The 2 particles will then collide and annhilate each other releasing energy with 1.02keV. Thus you are back to matter and energy neither being created nor destroyed but merely converted.This is probably clear as mud but I hope it answered a question. |
| Johnny Danger |
posted 9/2/06 5:47 AM
I must make a correction. When I said kiloelectron volts being equal to 1.02 regular electric volts i meant 1.02 kilovolts of electricity as we know it. |
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