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Line 3: − '''''The order created by [[God]] is on a foundation of [[uncertainty]]'''''. The [[Book of Genesis]] explains that the world was an abyss of [[chaos]] at the moment of [[creation]]. Quantum mechanics is predicted by [[Biblical scientific foreknowledge#Quantum mechanics|Biblical scientific foreknowledge]]. [[The Parable of the Sower]] (Matthew 13:1-9) also embodies the uncertainty of quantum mechanics. − − Several [[parables]] in the [[Bible]] foreshadow the insight of [[quantum entanglement]] about paired photons having opposite spin, by contrasting two men in their relationship with [[God]]. The [[Prodigal Son]] contrasts two brothers, two churchgoers are contrasted in Luke 18:9–14, and two brothers are further contrasted in Luke 21:28-31.
typos
The basic principle of quantum mechanics is that there is an [[uncertainty]] in the location of a subatomic particle until it is observed. This explains why the [[Second Law of Thermodynamics]] is always true, and why everyone declines with old age: disorder tends to overcome order. Quantum mechanics explains the discrete nature of small-scale interactions, [[wave-particle duality]], the [[uncertainty principle]], [[quantum entanglement]], [[radioactive decay]], and [[chemical reaction]]s, and is used by all [[computer]]s and electronic devices today. No other theory explains all this. The act of observing converts the [[infinity|infinite]] uncertainty about where a particle is to a finite uncertainty, and that mere observation causes a change in behavior by the particle.
The basic principle of quantum mechanics is that there is an [[uncertainty]] in the location of a subatomic particle until it is observed. This explains why the [[Second Law of Thermodynamics]] is always true, and why everyone declines with old age: disorder tends to overcome order. Quantum mechanics explains the discrete nature of small-scale interactions, [[wave-particle duality]], the [[uncertainty principle]], [[quantum entanglement]], [[radioactive decay]], and [[chemical reaction]]s, and is used by all [[computer]]s and electronic devices today. No other theory explains all this. The act of observing converts the [[infinity|infinite]] uncertainty about where a particle is to a finite uncertainty, and that mere observation causes a change in behavior by the particle.
The term "quantum mechanics" comes from the idea that energy is transmitted in discrete quanta, and not continuous. Another historical name for "quantum mechanics" was "wave mechanics."
The term "quantum mechanics" comes from the idea that energy is transmitted in discrete quanta, and not continuous. Another historical name for "quantum mechanics" was "wave mechanics."