Hello and welcome to The Looking Glass, WBGS' very own Academic Blog. This year we are planning to breathe new life into this amazing blog as the Academic Head Boy team for 2025- 2026! However, at the Looking Glass we need your help to catapult this blog into it's GOLDEN AGE. We need your articles, your essays, your opinions and your finest work to MAKE THE LOOKING GLASS GREAT AGAIN! If you have read something interesting or watched something that sparked a thought on social media - WRITE ABOUT IT! If you entered a competition, however big or small - WRITE ABOUT IT! If you are interested in a specific field, issue or period - WRITE ABOUT IT! If you have produced artwork, a piece of music or creative writing - WE WILL PUBLISH IT! Your creative skills have been called to action - now we must muster to create, discover and explore. You are the creative minds of the future. The Plato's, the Newtons, the Angelo's, the Nietzsche's. This is your calling. This is Y...
Gödel's Incompleteness Theorems and the Limits of Mathematical Logic By Raheel Sultan, L6N Towards the end of the 19 th century, mathematicians began to uncover inconsistencies within the foundations of logic. Set theory was in its infancy at the time, and a complete definition of a set had not been universally agreed upon. One attempt came from Gottlob Frege, who proposed in his book, Die Grundlagen der Arithmetik , a list of rules outlining the behaviour of sets. These rules were constructive, in that the only set explicitly stated to exist was the empty set, and the rest of the rules described how sets were constructed from other ones. His fifth rule asserted that a set exists containing all objects satisfying a given property. For instance, such a property may be that a set contains the number 1; Frege’s fifth rule then implies that there exists a set of all sets which contain the number 1. This seemingly innocuous rule was the source of a paradox, as uncovered by Bertrand Rus...