First time posting.
https://askabiologist.asu.edu/content/ant-factoids
>According to different estimates, ants can carry 10 - 50 times their body weight!
>How? Because ants are so small, their muscles have a greater cross-sectional area (they are thicker) relative to their body size than in larger animals. This means they can produce more force pound-for-pound
How? Why do thicker muscles lift more? Does that mean that with the same total muscle mass, the thicker muscle lifts more than the thinner muscle?
Also, I had a thought.
Imagine you could control ants.
Imagine that you have a glass sheet that's 1 square meter, and has a negligible weight. Then imagine putting a bunch of ants under the sheet, lets say the sheet fits 1 million ants directly under it's surface, if ants are 5mm long.
Then if each ant weighs 5 milligrams, it would be able to lift 250 milligrams. In total, the ants would be able to lift 250 million milligrams, or about 550 pounds.
Imagine the possibilities! Here I am in pic related. That could be ANTS carrying me(and a few other people)!
Also, I had a question about entropy. Does entropy work any different in higher dimensions? Thanks.
>>9094030
entropy works very different in living systems
Entropy diverges more quickly in higher spatial dimensions because it's fundamentally the natural logarithm of the amount of spatial configurations available to a system in a given unit of time. If you add another dimension of space, that number of configurations its particles can be in will rise dramatically.
>>9094030
>>9094279
living systems dont trend toward thermodynamic equilibrium because they can use entropy to sustain themselves by giving it meaning(sensu biosemiotics) and using it for work. this is far different from maximum entropy production in self organizing non-living systems. Its downward causation.
>>9094030
https://youtu.be/zIZJuZWPBHw