This post is utter foolish nonsense. You are obviously clueless about what Gibbs was talking about and why. You are also obviously clueless about the science behind evolutionary biology. After all of your text, the only thing a reader concludes is that you are determined to put the round peg in the square hole, despite the lack of common sense that would suggest against it
Sorry you can't comprehend this. Your emotional rant betrays your inability to think beyond what you have memorized. Don't be afraid to peak outside the box, it won't bite you. I am starting easy by developing the concepts before I get too complicated. When it is ready for memorization I will let you know.
One simple way to separate the two aspects of life, experimentally, would be to take a cell and chill it until all chemical activity has stopped. The final inanimate chemical structures which remain are part 1. You will need to add heat to get part 2. The heat allows the environmental connection or part 2, to become active again. The heat is adding energy for the required entropy.
Part 1 or the physical structures of life, I will refer to as the life aspect. The life aspect moves in the direction of increasing energy and lowering entropy. There is a reason for this, which I will explain after I define some basic definitions.
Tp prove that the life aspects defines higher energy and lower entropy, the frozen cell can be burnt in a calorimeter to release the stored energy within all its reduced carbon and nitrogen compounds and structures. Even in an oxidizing environment the growing cell will add size and/or energy value. The frozen cell or the life aspect is all about order down to the tiniest repeatable details. This the opposite of entropy which prefers disorder, random, spreading out, etc.
Part 2 follows the laws of the universe, which move in the direction of lower energy and higher entropy. I like to call part 2, the universal aspect. As we add heat to the chilled cell, its chemical activity increases.
the mixing or "spreading" of the total energy of each constituent of a system over its particular quantized energy levels.
Entropy is a nebulous concept that takes getting used to. To simplify, I like to think of entropy as degrees of freedom, since degrees of freedom imply a spreading out into all its quantized energy levels. It also implies concepts like random and disorder, as well as deviation from the status quo. All options that exist for a change the status quo, implies more degrees of freedom, or more entropy.
A six sided dice has entropy in each six possible energy levels. When we add energy, such as throwing, over time the entropy is not defined in these six energy levels but also within the randomness by which these energy levels are filled.
Going from the inanimate chilled cell, to the start of activity by adding heat, adds entropy or additional degrees of freedom since there is now deviation from the frozen status quo. These extra degrees of freedom are there already, in potential, but will need heat energy so they can become manifest. If we froze the cell again so all activity stopped and then added heat again, these levels open again. It is not exactly like the dice.
the mixing or "spreading" of the total energy of each constituent of a system over its particular quantized energy levels
Much of the entropy, which needs to be gained, is organized into the cell's start up procedure, which we could repeat again and again via experiment. Entropy can also be ordered in terms of energy levels since each defines new freedom.
But there are also random degrees of freedom which might be slightly different each start up. But all are based on entropy.
The next time I will explain why the life aspect goes in the direction of higher energy and lower entropy, thereby setting a dual potential with the universal aspects, which go in the opposite direction. In this flux is life's animation.