Michael Ladyzhensky is a student at Rye High School in the United States. He has a strong interest in computer science, artificial intelligence, and astrophysics. Through academic programmes and independent projects, he continues to develop his technical and research skills.
Michael participated in the Columbia University Engineering School’s SHAPE programme. There, he studied Advanced Machine Learning and explored different approaches to artificial intelligence.
During the programme, his team reached the semi-finals of the Othello AI tournament. They applied several computational techniques, including minimax algorithms, alpha-beta pruning, heuristics, and greedy search. In addition, the team developed maze generators and 8-puzzle solvers. They presented their work at a local symposium.
Beyond these collaborative projects, Michael has pursued independent software development. He created an educational app designed to teach children about space. The app uses a choose-your-own-adventure format and includes quizzes. Through these interactive features, he aims to support children’s literacy and motor skills.
Michael has also achieved success in other coding activities. He won his class coding presentation at school. Furthermore, he completed college-level online courses in JavaScript and Python. He also developed a one-on-one shooter game using Python.
At CCIR Academy, Michael conducted a research project titled “Winds Collimated by the Motion of Giant Stars in Close Binary Systems.” His study investigates how gravitational interactions between giant stars in binary systems influence the direction and structure of stellar winds.
To explore this phenomenon, the research involves analysing astronomical observations, simulations, or theoretical models. These approaches help examine the physical processes and dynamics behind stellar wind collimation. By studying these interactions, Michael aims to improve understanding of stellar evolution and the behaviour of stars in binary systems.
His research highlights the connection between gravitational forces and the complex processes that shape stellar environments. Moreover, it demonstrates how mathematical models and scientific observations can help explain phenomena beyond our solar system.
Michael’s achievement at CCIR Academy reflects his dedication to scientific research and academic exploration. He also expressed gratitude for the guidance and support provided by his professor and CCIR Academy throughout his research journey.
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