Названия:
DIDACTIC CONSTRUCTION OF A MICHELSON INTERFEROMETER USING AN ARDUINO MICROCONTROLLER FORMATION
Автор:
Babayev Azat, Durdyhanov Gurbansahet, Berdiyev Pena, Hydyrowa Zuleyha
Расположение страниц:
41-45
Язык:
Английский
Аннотация:
The Michelson Interferometer is a fundamental optical instrument widely used for demonstrating wave interference, coherence, and precision measurement. This study explores the didactic construction and application of the Michelson Interferometer integrated with an Arduino microcontroller to enhance experimental physics education. The paper details the theoretical background, design, and implementation of an automated Michelson Interferometer system, highlighting its role in measuring optical properties with high precision. By incorporating Arduino-based automation, students gain hands-on experience in modern optical experiments, fostering deeper conceptual understanding and technical proficiency. The results illustrate the system's effectiveness in demonstrating fundamental optical principles and its potential for integration into physics curricula. Furthermore, the study discusses potential advancements in the integration of artificial intelligence for data processing and future developments in optical experimentation [2, 3].