If you take your dictionary and check the meaning of this word, you will probably find synonyms such as synergy, simultaneity, harmony etc. this is the concept I want to discuss with respect to physical systems. Say no to plagiarism. Get a tailor-made essay on "Why Violent Video Games Shouldn't Be Banned"? Get an Original Essay Synchronization has found applications in various fields and continues to attract interest from scientists and engineers. Theoretical physicists have used the concept of synchronization to achieve the coupling of two or more systems in schemes such as full synchronization, phase synchronization, delayed synchronization, generalized synchronization, and time-scale synchronization. Timing schemes have also been used in electronic circuits used to generate radio frequency energy, lasers, and many other oscillating chemical reactions, pacemakers (sinoatrial nodes) of the human heart as well as artificial pacemakers used in heart disease. Synchronization can also be observed in nature. Nature has implemented synchronization patterns in various ways, such as regulating the biological clock (since all living systems are made up of such a clock) which regulates the daily or circadian and seasonal rhythm of the living system. This scheme controls phenomena such as aging, development and other natural activities to which living systems are subjected. This synchronization scheme can be seen as a one-way scheme as the living system has no influence on the movement (rotation/revolution) of planets and celestial bodies (if you believe the influence of the latter on living systems) and yet they influence the living systems. My first contact with synchronization dates back to about ten years ago. A friend at school at the time was working on master-slave synchronization of two systems. In this scheme, a system is considered as the master which is then used to “drive” the slave. I later realized that this can also be done for more than two systems where the master dictates the pace to the slave and they move together while each still retains its individual properties. He asked me to help him with some mathematical operations which I willingly obeyed. Although I have never done any research on the scheme personally. I find it compelling. So what is synchronization? The word synchronous comes from the Greek word [synkhronizein] which means time and common. Therefore, synchronization means sharing a common time or occurring at the same time. Are you thinking about such events happening at the same time? One of the first scientists to talk about synchronization was [Christian Huygen], in 1665. Huygen discovered that two clocks placed side by side and hanging from a weak beam after some time start to work show synchronous movement. These clocks are said to exhibit mutual synchronization and in modern terminology, the two clocks were in anti-phase synchronization which is the result of coupling through the common beam that holds them in place. The phenomenon of synchronization has gained adverse applications in so many areas. In particular, the triode generator, which has become fundamental in radio communication systems, is synchronized allowing the frequency of a powerful generator to be driven with the help of a weak but very precise one. Let's talk about synchronization in biological systems. Yes, I mean living systems. As I mentioned in my introduction to this article, biological systems are made up of internal clocks that ensure that the system works day and night and that the organism can be aware of ongoing changes. Changes like.