Thallium
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I have heard that today's mathematicians are discussing what zero really is. Are there any good resources on this on the net?
The discussion revolves around the philosophical and mathematical interpretations of zero, exploring its nature, significance, and implications in various contexts. Participants share their views on zero as a concept, its role in mathematics, and its representation in different cultures.
Participants express differing views on the nature of zero, with no consensus reached on its definition or implications. The discussion remains unresolved, with multiple competing interpretations presented.
Some mathematical claims regarding limits and functions are presented without full resolution or clarification of underlying assumptions, leaving room for further exploration of these concepts.
Originally posted by Thallium
I have heard that today's mathematicians are discussing what zero really is.
Originally posted by Thallium
Where I heard of it? A long time ago on a TV programme about science. There was a Denish professor in maths there. I believe this has to do with finding a different of calculation in maths.
Originally posted by quartodeciman
limx->af(x)/g(x), where limx->ag(x)=0. They want to use as a general rule
limx->af(x)/g(x) = limx->af(x)/limx->ag(x)
, but it won't work. The problem lies in the theory of limits, not in the meaning of zero.
Originally posted by Thallium
I have heard that today's mathematicians are discussing what zero really is. Are there any good resources on this on the net?
Originally posted by deda
On the other hand infinity is the point of extreme chaos.
These are about functions and limits. I try to express in general terms what some people puzzle over specifically. For example: what happens to 1/x as x goes to 0. Well, you get 1/.1. 1/.01, 1/.001 and so on and these are 10, 100 1000 and so on. In view of this, many conclude that 1/0 is infinite. Other cases get more complicated.Originally posted by quartodeciman
limx->af(x)/g(x), where limx->ag(x)=0. They want to use as a general rule
limx->af(x)/g(x) = limx->af(x)/limx->ag(x)
, but it won't work. The problem lies in the theory of limits, not in the meaning of zero.