The use of AI in such a complex and fundamental science as physics radically changes research approaches and opens up new opportunities. This process not only increases the speed of calculations, but also contributes to the formation of a new level of scientific thinking.
The possibilities and advantages of using artificial intelligence in physics open the way to a new space for the development of science. That is, modeling complex physical processes modern physics is characterized by the study of multicomponent, nonlinear and unstable systems. It is often impossible to describe such systems by traditional analytical methods. Artificial intelligence, especially machine learning algorithms, allows you to simulate diffusion, convective and turbulence processes with high accuracy. This will reduce research time and create conditions for more efficient use of computing resources.
At a new level of experimental data analysis, modern physical experiments generate enormous amounts of data. The AI is able to automatically process this data and detect hidden patterns. As a result, the researcher can focus more on in-depth interpretation and scientific interpretation of the results obtained, rather than just collecting data.
One of the most important advantages of artificial intelligence in forecasting and detecting anomalous phenomena is the ability to predict. The preliminary detection of unexpected, anomalous phenomena in Physical Systems is an important step towards scientific discoveries. With the help of AI, it is possible to predict at an early stage the conditions for the onset of anomalous transport, phase transitions or unstable modes in gas mixtures.
Modernization of education and scientific culture the use of artificial intelligence in teaching physics makes the educational process interactive and productive. Virtual laboratories, intelligent learning systems create conditions for students to have a deep understanding of complex concepts. This is the main direction of physics of the future, that is, in the future it will become the basis for training specialists with developed scientific thinking and technology.
Artificial intelligence is not a tool that replaces traditional methods of physics, but a powerful partner that complements them. The effective use of AI in physics opens the door to the qualitative development of Science, new discoveries and an increase in intellectual potential.
Mansia ASEMBAYEVA,
Associate professor of the Department of Thermophysics and Technical Physics
