Synchronization vs. Resonance: What's the Difference?

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SUMMARY

Resonance and synchronization are distinct concepts in oscillatory systems. Resonance refers to the inherent vibrational modes of a single object, activated by an external periodic disturbance, exemplified by a bell ringing when a specific note is whistled. In contrast, synchronization involves multiple coupled systems sharing energy, resulting in coordinated oscillations, which may not align with their individual resonant frequencies. This phenomenon can be observed in systems like Huygens' clocks, where similar resonant modes lead to synchronized or anti-synchronized behavior.

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  • Understanding of oscillatory systems
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Apteronotus
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How is resonance different from synchronization?

I know a bit about synch but not much about resonance. The examples I've found on the web all lie along the following line:

--If the frequency of two systems are the same
--and the two systems are coupled
--then oscillating one system will cause the second to oscillate as well
 
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I think of resonance as a property of a single object, the fundamental mode in which it will vibrate after absorbing energy. Synchronization is a property of multiple coupled objects where energy will be "shared" between the objects. In some cases, where their resonant modes are similar they will vibrate in sync, or anti-sync as with Huygens' clocks. The synchronized frequency may not be exactly at the resonant frequency of any of the individual objects though.
 
I think Resonance is a description of a purely passive situation - when a passive system resonates with an impressed, periodic disturbance. 'Ringing' of a bell when you whistle the appropriate note.

Synchronisation involves a feedback loop, which involves an active device (op amp or suchlike) or could, perhaps, be used to described the amount of phase / frequency agreement between two independent oscillations. You can get synchronism between different but harmonically related oscillations - such as in a phase lock loop used in frequency synthesiser.
 

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