Changes

Viewing science in terms of ordering and disordering provides unifying insights into otherwise disparate phenomenon.  Aging, for example, ostensibly seems unrelated to the Second Law of Thermodynamics as biology and physics are currently taught.  Yet both can be understood clearly and simply as an action of disorder.

Viewing science in terms of ordering and disordering provides unifying insights into otherwise disparate phenomenon.  Aging, for example, ostensibly seems unrelated to the Second Law of Thermodynamics as biology and physics are currently taught.  Yet both can be understood clearly and simply as an action of disorder.

Focusing on order and disorder as the defining principles for nature has this additional benefit: [[action at a distance]] is no problem.  Field theories typically deny action at a distance (and predict never-found particles like gravitons).

Focusing on order and disorder as the defining principles for nature has additional benefits. It provides a way for looking at the world that is helpful rather than hurtful.  For example, marriage brings greater order and can be understood as beneficial for that reason.

New Testament miracles that ostensibly appear to be an unrelated collection of violations of physical laws, can be more easily understood as natural signs when viewed as a triumph of order over disorder.

New Testament miracles that ostensibly appear to be an unrelated collection of violations of physical laws, can be more easily understood as natural signs when viewed as a triumph of order over disorder.

The transmission of light is extremely fast with predictable motion, and thus is highly ordered.  But even light has diffusion (except in a vacuum<ref>Light can travel in vacuum; sound cannot.</ref>), so it typically is not perfectly ordered.<ref>[http://nobelprize.org/nobel_prizes/physics/laureates/1930/press.html 1930 Physics Nobel Prize presentation discussing diffusion of light]</ref>

The transmission of light is extremely fast with predictable motion, and thus is highly ordered.  But even light has diffusion (except in a vacuum<ref>Light can travel in vacuum; sound cannot.</ref>), so it typically is not perfectly ordered.<ref>[http://nobelprize.org/nobel_prizes/physics/laureates/1930/press.html 1930 Physics Nobel Prize presentation discussing diffusion of light]</ref>

== Transmission of Electromagnetic Waves ==

== Action at Distance ==

== Entropy and Thermodynamics ==

== Entropy and Thermodynamics ==