It is often promoted that mathematics provides those who study it with transferable skills, such as the ability to think logically and critically or to have better research, ingenuity and creativity skills to solve problems. Based on the results of a series of reasoning tasks of this type, Dr. Attridge demonstrates that studying higher mathematics (at the advanced secondary and university levels) leads to an increase in logical capacity. In particular, math students become more skeptical in their reasoning and begin to think more critically.

Mathematical thinking also improves the mind in terms of logical thinking. Logical thinking, in turn, helps children excel in other subjects as well. It makes them better problem solvers, which can be useful even outside of academia. Mathematics sharpens your mind, increases your power of reasoning, and helps your mind to be more cheerful and open.

The more math problems you solve, the more your reasoning power will increase. Studying physics and mathematics has been a transformative experience for me every step of the way, and I am inclined to say that there is a strong correlation between the progress of my studies and my thinking and problem-solving skills. It is sadly revealing that, while Wason's selection task is well known among psychologists, most mathematicians and mathematics teachers are not familiar with it. Mathematics is a science that, based on exact basic annotations and through logical reasoning, studies the properties and quantitative relationships between abstract entities (numbers, geometric figures, symbols).

If you think deeply, you feel that you are everything, and that is the best thought you feel through mathematics. Studying mathematics can help increase general intelligence by developing important skills such as systematic thinking, problem solving, recognition of sequences and patterns, etc. Mathematics requires you to create connections and recognize patterns. This type of critical thinking develops brain muscles, which extend to other facets of life, academic and otherwise.

Becoming an expert in mathematics will open up your brain's ability to better understand and solve abstract problems. Here's an article that investigates the question of whether math training improves thinking and problem-solving skills. The authors suggest that people who succeed in mathematics may already be good problem solvers, but there is no doubt that training in mathematics would facilitate these particular problems. It will make learning mathematics much more fun for them and they will also get into the habit of doing mental mathematics, which will be very useful to them in everyday life, as well as in any field they study in the future.

Mathematics requires abstract and concrete thinking, leading to the development of brain muscles. New brain research reveals that through hard work and effort, you can improve your intelligence. Nowadays, you often hear that this is “nature above” parenting and that people are born with mathematical skills or not, but research shows that this is not true. I have always thought that, in some ways, mathematics is the least challenging of all the things that can be studied, because there is less to know and the rest is just thinking.