Tuning fork + rolling shutter effect If tuned to the same frequency, striking a tuning fork sets up a sympathetic vibration in the other, shown by a ping-pong ball attached to a thread. [📹 earth_tuned]

A group of friends camping in Golden Gate Park, next to a Briscoe sedan car, 1920.

The tuning fork and rolling shutter effect experiment demonstrates the concept of resonance and sympathetic vibrations. When two tuning forks are struck and one of them is placed near the other, the vibration of the struck tuning fork causes the air molecules around it to vibrate at the same frequency. These vibrating air molecules then cause the second tuning fork to vibrate at the same frequency, even though it was not directly struck. This phenomenon is known as resonance. The rolling shutter effect is a visual phenomenon that can occur when a camera captures an image of a rapidly oscillating object, such as a tuning fork. The camera's sensor captures the image line by line, and if the object moves significantly during the exposure time, the resulting image can appear distorted or show multiple images of the object. This effect can be seen in the video where the tuning fork appears to be in multiple positions at once. The ping-pong ball attached to a thread in the video is used to visualize the vibration of the tuning forks. As the tuning forks vibrate, the air molecules around them push and pull on the ball, causing it to move in sync with the vibrations. This movement of the ball demonstrates the sympathetic vibrations between the tuning forks and the air molecules.

Video ruined by the music

As Nikola Tesla once said “If you want to find the secrets of the universe, think in terms of energy, frequency and vibration.”

I think so too

🥰

Physics is awesome

Careful, the number of people experimenting with sound and having their houses explode from 'gas leaks' is exponentially rising. Just saying... that 'sonic entanglement' for over-unity thing is a killer.

Thanks

Ideas resonate the same way! 🎶