8 Responses to “Why Allopathic Medicine Practitioners Love the Amega Amwand”

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  1. aldo830

    Absolute zero is a theoretical temperature where particles of matter what? Absolute zero temperature is the temperature where molecular kinetic energy is minimal. Absolute zero of temperature can’t be reached according to the Law of Thermodynamics which says that the thermodynamic system would need to be fully removed from the rest of the universe to reach absolute zero.The temperature of an object depends on how fast the atoms and molecules can oscillate. As an object is cooled, the oscillations of its atoms and molecules slow down.In all materials, a point is eventually reached at which all oscillations are the slowest they can possibly be. The temperature which corresponds to this point is called absolute zero. The oscillations never come to a complete stop, even at absolute zero. A system at absolute zero still possesses quantum mechanical zero-point energy, the energy of its ground state. The kinetic energy of the ground state can’t be removed.

  2. alexshee202

    Can entropy ever be reversed? Will mankind one day, without the net expenditure of energy, be able to restore the sun to its full youthfulness even after it has died of old age? Or, put more simply: How can the net amount of entropy of the universe be massively decreased?

  3. carlbe777

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  4. antonfri92

    According to classical physics, the total entropy of the Universe must increase. No matter what you do, eventually everything becomes completely uniform and life, intelligence, civilization, etc, are no longer possible (in fact, time effectively stops, because nothing more can possibly happen). Of course, this model of physics is not necessarily complete. There are 2 more important points to consider: 1. Quantum mechanics says that entropy only increases ON AVERAGE. It’s still POSSIBLE for entropy to decrease randomly; quantum randomness inserts a little extra energy into the Universe. This energy is completely insignificant in our high-energy time period, but towards the end of the Universe, when the density of available energy is extremely low, this would be much larger, eventually providing virtually all the available energy. It’s conceivable that some strange life form may be able to survive on this energy. 2. There is also something called zero point energy. Quantum mechanics says that at an extremely small level, the entire Universe is filled with a tiny 'standing wave'. Normally it has almost no effect, due to being so tiny; you can imagine being on an ocean liner with little ripples all around you, they'd all cancel each other out and you'd stay in the same place. But as a matter of fact, the actual power of zero point energy, on its own scale, is enormous: Every liter of space contains enough zero point energy to boil away all the oceans on Earth! While almost all of this energy is too small to be useful to us, it’s possible that, through the right techniques, the power of the largest waves could be harnessed and used by intelligent beings. If we succeed in building ZPE power plants, then there is no more reason to be concerned about entropy. So, you'll just have to cross your fingers that we develop either ZPE power plants or some way of allowing us to live off the tiny amount of energy present at the end of the Universe. :)

  5. marw939

    How can we tell if something has energy? Technically, everything has energy, no matter how cold you try to make it. The energy of an object, if not all else externally applied, comes down to internal energy, which is the sum of its kinetic [motion of particles] and potential [vibration of particles] energy. The presence of this energy makes it very hard to bring down the energy of an object to absolute 0. But even at zero degrees, an object still has what is known as zero point energy, something that we're just not used to. For example, helium has enough zero point energy at absolute zero to remain in a liquid state! You can also look at it in another way. E = mc^2. If you’re matter, you’re energy. So it's difficult to have mass without 'having' energy. Try specifying a specific type of energy. Cheers!

  6. ablou665

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  7. emood500

    Everything does, because if something didn’t have heat, the atoms that make it up would be at absolute zero, frozen in place. This is impossible to reach, because the laws of thermodynamics say that no system is completely isolated. As no system can be isolated, some heat must be able to enter it, and so it would have energy.

  8. hgibs742

    Does adding minus infinity to plus infinity give you nightmares? (Read this line in some article about why zero-point energy isn't what some quacks might have one believe.)

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