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Anyone here who enjoys maths in general, dislikes number theory? If so why? Have a vote.
And it was responsible for the killing of about [itex]\sigma_m(n)[/itex] people, where m is the smallest odd prime and n is the smallest number for which [itex]\sigma(n)[/itex] and [itex]\varphi(n)[/itex] are squares...but then again, that's not a fact.jimmysnyder said:I voted no. It's only a theory.
gravenewworld said:Because the HW and tests were stupid. It was basically here is the question, can you figure out the trick in order to get this question right? Once you figured out the "trick" the problem just fell apart. To me it didn't really seem like it took any step by step rationalization, it was just like the puzzle section in a Sunday newspaper.
BTW I took a grad class on number theory and passed it with an A (not trying to be pompous here), so I didn't hate number theory just because I wasn't good at it.
One former Professor Hardy would be turning in his ivory tower grave if he heard that.Werg22 said:...I find it to be one of the less ambitious and "childish" branch of math.
Number theory is a branch of mathematics that deals with the properties and relationships of numbers, particularly integers. It is often referred to as the "Queen of Mathematics" because of its foundational role in other areas of mathematics.
Number theory has numerous applications in fields such as cryptography, computer science, and physics. It also helps in understanding patterns and relationships in numbers, and contributes to the development of new mathematical concepts and techniques.
Like any other branch of mathematics, number theory can be challenging to understand at first. However, with patience and practice, it can become easier to grasp. It is a highly abstract field, so it may take some time to get used to its concepts and notation.
A strong foundation in algebra and calculus is necessary for studying number theory. Additionally, a good understanding of mathematical proofs and critical thinking skills are important for comprehending and solving problems in number theory.
Number theory has many real-world applications, such as in cryptography, coding theory, and computer science. It also helps in optimizing algorithms and designing efficient systems in various fields, including finance, telecommunications, and data analysis.