How, exactly, are *you* interpreting this? Certainly the whole can be greater than the sum of it's parts. I don't get what you're asking.martix said:Everything started from a very far-fetched line from a game, that got me into researching some interesting stuff. And eventually I arrived at this age-old question. I mean can this even be true? And I'm not talking about some trivial stuff, but rather on a more fundamental and universal level.
So I just thought I'd ask the resident geeks here on their oppinion. :)
Basic question: is the universe an infinite-state-machine or a finite-state-machine? If the second, then it is WEAKER than a Turing machine, so these analog solutions are essentially weak theoretically. If the first, then is it true that it is STRONGER than a Turing machine? At the very least, it seems that it has different theorems of computational complexity.
The quote means that the combined or total effect of something is greater than the individual parts that make it up. It suggests that there is a synergy or harmony between the parts that results in a greater outcome.
No, the quote is not true in all situations. It is a general concept that can apply to many things, but there may be cases where the sum of the parts is actually greater than the whole. For example, a group of people may have individual strengths that are not fully utilized when working together as a team.
In science, this quote can be seen in the concept of emergent properties. These are properties that arise from the interactions of individual components, but are not present in any of the individual components alone. For example, the properties of water cannot be fully explained by looking at just the individual components of hydrogen and oxygen.
One example is the human brain. While each individual neuron is important, it is the complex network and interactions between them that allows for higher level functions such as memory, reasoning, and consciousness. These emergent properties cannot be fully explained by looking at the individual neurons alone.
Understanding this concept can help us appreciate the complexity and interconnectedness of the world around us. It can also help us solve problems and create new technologies by considering how different parts work together to create a whole. Additionally, it can encourage us to value teamwork and collaboration, as the combination of individual strengths can lead to greater success.