This Newton’s Cradle Refuses to Quit Thanks to Timed Electromagnetic Kicks

Newton’s Cradles have long been staples on office desks, their five steel balls transferring motion in a satisfying chain of collisions. Most versions eventually lose their rhythm as energy dissipates through air resistance, sound, heat, and slight changes in the shape of the balls during impact. A recent project changes the outcome by adding a [...]

This Newton’s Cradle Refuses to Quit Thanks to Timed Electromagnetic Kicks
Newton’s Cradles have long been staples on office desks, their five steel balls transferring motion in a satisfying chain of collisions. Most versions eventually lose their rhythm as energy dissipates through air resistance, sound, heat, and slight changes in the shape of the balls during impact. A recent project changes the outcome by adding a [...]

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