Uploaded March 2013 | Updated September 2026, 1 week ago
Two electrostatic oscillators mounted on a mobile platform begin oscillating asynchronously between high-voltage electrodes. Within 16 seconds, they synchronize in a stable 180-degree out-of-phase pattern due to mechanical coupling.
This setup models Huygens’ 1665 observation of pendulum clocks synchronizing through shared structural motion. The oscillators—acrylic boxes charged to 13 kV—are grounded externally and supported by polypropylene straws resting on polystyrene cups. The rolling base enables energy transfer, facilitating rapid phase locking.
Strong coupling accelerates synchronization; weaker coupling would delay it.
Explore additional demonstrations of Huygens-style synchronization using electrostatic systems:
youtube.com/playlist?list=PLCbYhDNjOviGPxYboeCqwggh3P2QjKkmm
#electrostaticmotor #PhaseLocking #CoupledOscillators #huygens
Two electrostatic oscillators mounted on a mobile platform begin oscillating asynchronously between high-voltage electrodes. Within 16 seconds, they synchronize in a stable 180-degree out-of-phase pattern due to mechanical coupling.
This setup models Huygens’ 1665 observation of pendulum clocks synchronizing through shared structural motion. The oscillators—acrylic boxes charged to 13 kV—are grounded externally and supported by polypropylene straws resting on polystyrene cups. The rolling base enables energy transfer, facilitating rapid phase locking.
Strong coupling accelerates synchronization; weaker coupling would delay it.
Explore additional demonstrations of Huygens-style synchronization using electrostatic systems:
youtube.com/playlist?list=PLCbYhDNjOviGPxYboeCqwggh3P2QjKkmm
#electrostaticmotor #PhaseLocking #CoupledOscillators #huygens
