Coupled oscillators are physical systems where multiple oscillators are connected or coupled together, causing them to interact with each other and exhibit synchronized or coordinated behavior.
Coupled oscillators differ from classic oscillators in that they have an additional level of complexity due to their interconnected nature. This can result in more complex and interesting behaviors, such as synchronization, phase locking, and chaotic oscillations.
An example of coupled oscillators in nature is the synchronization of fireflies, where individual fireflies flash in unison due to their mutual interactions.
Coupled oscillators are used in many fields of science and technology, including physics, biology, chemistry, and engineering. They are often used as models to study complex systems and phenomena, and they have practical applications in areas such as communication, signal processing, and synchronization of electronic devices.
Some current research areas related to coupled oscillators include exploring the dynamics of large networks of coupled oscillators, investigating the role of coupling in biological systems, and developing new technologies based on coupled oscillator systems.
