Which Math Areas Will be Replaced by AI?

Which Math Areas Will be Replaced by AI?

Nowadays, people are afraid that robots with artificial intelligence will replace them in their jobs. Some research reports already mention various jobs that AI can do instead of us in the near future. These occupations are customer service managers, receptionists, retail services, market research analysts and others. But we must always keep in mind that human creativity is irreplaceable. However, what will happen to science, especially mathematics? We will try to come up with an answer in this article.

The roots of mathematics

In ancient times, people used mathematics for trade, land surveying and prediction of astronomical events. From these items four main mathematical fields blossomed. These are quantity (arithmetic), space (geometry), structure (algebra) and changes (analysis). The first documents of mathematical achievements date back to 3000 BC in Mesopotamia and Egypt. They used arithmetic, algebra and geometry. Ancient Greeks developed abstract mathematics that had no practical applications. Also, people in the Middle and Far East used mathematics. Don’t forget that Arabic numerals that we use today came from India to Europe thanks to Arabic influence.

Mathematics in the American school system

In the American school system, math curriculum is mandatory in elementary and middle schools. High school students may take three or four different math subjects, such as algebra, geometry, and calculus. Many students find math courses demanding. It is often challenging for them to find the correct math answers independently. This is why many students reach out to online math problem help services. In higher grades, they usually need help with algebra. It implies solving equations using algebraic calculations to get an algebra solution.

Math lessons help students understand other school and college subjects, such as science, economics, engineering, and even art and music. It is clear how mathematics is related to science and economics. However, the correlation between mathematics and music is also strong. Playing music requires counting, intervals, scales, patterns, harmonies and other things related to mathematics.

Why is math important?

Students need to learn how to study math successfully because math has so many applications in our everyday lives. Students can develop logical thinking by doing math assignments. In real situations, they have to use analytical thinking to solve practical problems. Just like in a math problem, they can recall facts that lead them to a solution.

Mathematics can also help university students with finances. They can learn how to do research and balance their budget. People who pay attention to their financial status do not go into debt. Financial debt leads to diverse loans and credits.

Will students use Minerva – Google AI model?

In April 2022, Google presented Minerva, a language model that can solve mathematical and scientific problems. This model has produced brilliant results in solving problems in different subjects, such as algebra, number theory, geometry, probability, biology, physics, astronomy and chemistry. This model shows the best academic performance in mathematics, especially in algebra. However, since it is based on deep learning and natural language processing, there are certain limitations.

Minerva does not use rigorous mathematical processes to develop a final solution. Therefore, it is possible to get a correct answer from AI while using a wrong path to reach the final output.

Are statistics going into the hands of AI models?

This field of mathematics helps us interpret large data and enables us to present results in a meaningful way. This is something that AI models excel at. Unlike humans, AI-powered software can crunch large amounts of data, process it quickly, and rank final results with great precision. These days, diverse AI models analyze mountains of data to display trends, patterns, and insights that humans might miss. In other words, AI not only automates the process of statistical analysis, but it also provides deeper and more comprehensive results.

AI taking over differential calculus.

This field of mathematics is a subcomponent of an older area of ​​mathematics that dates back to ancient Greece. The story of calculus has been improved by many scholars over time. Sir Isaac Newton is credited with the highest level of influence. Among other things, differential calculus helps us to find out the trajectory of a certain projectile. This makes it a crucial aspect of rocket science, which has made great strides since AI models were implemented.

Space agencies and rocket builders like SpaceX use AI to calculate and control the trajectory of space rockets. Artificial intelligence can perform calculations in real time and adjust missile trajectory when conditions change. This makes space travel much easier and cheaper, and therefore we can rest assured that AI will completely take over this job from humans.


Since AI can process much more information than humans, it is safe to assume that it will handle more and more math problems. Artificial intelligence can analyze different sets of data in real time. With proper input, we could find an answer to almost any math problem. However, it is important to know that AI has its limitations. These advanced pieces of software only rely on information that is available to them. Therefore, AI cannot generate ideas, which can be a major setback when it comes to progress in the field.

In other words, AI can analyze data, perform calculations and automate numerous processes. But it cannot make any improvements in a scientific sense. When it comes to creativity, humans are unparalleled heroes of creativity.

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