I did not limit the definition of life to just gaining energy, period. That was done by those whose job is to discredit anything I say. One condition of life is life tries to increases its energy value, which is implied in growth. Older citizens often lose height, bone and muscle mass, and weight. This is not growth but there are still alive. I will not go there since this serves to confuse.
In my last post, I mentioned an entropy well that can direct and speed the flow of entropy. This is common in engineering but is easy to see with energy. I can take a cup of hot coffee and place it on the table. Heat will flow from the hot coffee to cooler room. If I wish to increase the rate of heat flow I can put the cup in a cooler of ice. Or I can put the ice on one side and get more energy to flow that way.
In engineering you can do the same type of thing with entropy. This control of entropy is just human life carrying on this primal tradition of life by using the brain.
For example, I can put a drop of perfume on a table in the center of the room. It will evaporate and diffuse to fill the room increasing entropy as it diffuses and spreads. If I will to speed this up this entropy so it can reach steady state faster, I add a fan to create turbulence. This will act as an entropy well so entropy flows faster.
If I wish to decrease the entropy of the purfume within the room, I will add a carbon filter while circulating the air. If I wish to add even more entropy to the already spread out purfume, I will add an ozone generator to disgest the chemical into smaller pieces.
It was not big deal for me to see a cell do this, since I did it all the time. I just needed to figure out how the cells does it.
My last question to the consensus is how do you explain the single handedness of proteins and other bio-molecules and how does the cell maintain this low entropy situation (compared to both handedness)?
In my last post, I mentioned an entropy well that can direct and speed the flow of entropy. This is common in engineering but is easy to see with energy. I can take a cup of hot coffee and place it on the table. Heat will flow from the hot coffee to cooler room. If I wish to increase the rate of heat flow I can put the cup in a cooler of ice. Or I can put the ice on one side and get more energy to flow that way.
In engineering you can do the same type of thing with entropy. This control of entropy is just human life carrying on this primal tradition of life by using the brain.
For example, I can put a drop of perfume on a table in the center of the room. It will evaporate and diffuse to fill the room increasing entropy as it diffuses and spreads. If I will to speed this up this entropy so it can reach steady state faster, I add a fan to create turbulence. This will act as an entropy well so entropy flows faster.
If I wish to decrease the entropy of the purfume within the room, I will add a carbon filter while circulating the air. If I wish to add even more entropy to the already spread out purfume, I will add an ozone generator to disgest the chemical into smaller pieces.
It was not big deal for me to see a cell do this, since I did it all the time. I just needed to figure out how the cells does it.
My last question to the consensus is how do you explain the single handedness of proteins and other bio-molecules and how does the cell maintain this low entropy situation (compared to both handedness)?