I hadn’t thought of this as “infinity day” coming up, but, why not? The Sciencelens blog here offers some comfortable familiar comments introducing the modern mathematical construction of infinitely large sets and how to compare sizes of infinitely large sets.
Today is 8 August, the eighth of the eighth, 8-8. Or, if you turn it on it’s side, a couple of infinity signs stacked on top of each other… Yep, it’s Infinity Day!
The concept of infinity refers to something that is without limits. It has application in various fields such as mathematics, physics, logic and computing. Infinite sets can be either countably infinite (for example the set of integers – you can count the individual numbers, even though they go on forever) or uncountably infinite (e.g. real numbers – there are also infinitely many of them, but you cannot count the individual numbers because they are not discreet entities).
Since infinity is really, really big – incomprehensibly so – it can lead to some amusing paradoxical scenarios; things that don’t make sense, by making complete sense.
An example of this is the Galileo Paradox, which states that
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