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mim
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This has been playing on and on in my head, If you take a single cell on say my finger and you say the world outside the cell wall is infinite. Is it also the case that the world inside the cell wall infinitely small.
mim
mim
Is this a physics question or a philosophy question?mim said:This has been playing on and on in my head, If you take a single cell on say my finger and you say the world outside the cell wall is infinite. Is it also the case that the world inside the cell wall infinitely small.
mim
mim said:This has been playing on and on in my head, If you take a single cell on say my finger and you say the world outside the cell wall is infinite. Is it also the case that the world inside the cell wall infinitely small.
mim
mim said:This has been playing on and on in my head, If you take a single cell on say my finger and you say the world outside the cell wall is infinite. Is it also the case that the world inside the cell wall infinitely small.
mim
Mentallic said:Your skin cells don't have cell walls :tongue:
Jack21222 said:Perhaps he is an Ent. You never know on the internet.
lisab said:You're thinking of the enternet.
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It is not enough to be busy. So are the ants. The question is: What are we busy about?
Henry David Thoreau
"Infinitely minute" refers to something that is extremely small or tiny, to the point of being immeasurable or never-ending.
The concept of being infinitely small or tiny is often used as a theoretical concept in mathematics and physics. In reality, there is a limit to how small something can be measured, so while something can be extremely small, it cannot truly be infinitely minute.
The term "infinitely minute" is often used to represent the concept of approaching infinity, as something becomes smaller and smaller without ever truly reaching the point of being infinitely small.
The concept of being infinitely minute is often used in scientific research to represent extremely small measurements or quantities. It is also used in theoretical models and calculations to understand and explain complex systems.
Examples of "infinitely minute" in nature include subatomic particles, such as electrons and quarks, which are too small to be seen with the naked eye. In astronomy, the concept is used to understand the infinitely small size of atoms and the infinitely large size of the universe.