How Physics Powers World Cup Goals: Force, Momentum and Air Demystified
Technology
How Physics Powers World Cup Goals: Force, Momentum and Air Demystified
Discover how physics powers every soccer move—from passes and shots to sprints and saves—showing the science behind the beautiful game.
By Asif Iqbal
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“…the beautiful game is also a remarkable demonstration of science in motion.”
With the World Cup in full swing, spectators are witnessing thunderous strikes, curving set pieces, and dazzling goalkeeping feats.
A specialist offers insight into the science underlying football’s most iconic moments.
Each goal, however, conceals a lesson in basic physics.
Physicist Stuart Tessmer of Michigan State University details how forces, momentum and even aerodynamics influence the globe’s favorite game.
Read the full analysis of World Cup physics here, originally published on Futurity.
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