The Physics of Spider-Man’s Webs: Would They Actually Work?
From stopping runaway trains to swinging across Manhattan like a caffeinated Tarzan, Spider-Man’s webs are the ultimate cheat code in the Marvel universe. Need to escape a fight? Web away. Need to catch a falling bus? Web it. Need to hold together a collapsing ferry split in half? You already know the answer. But if we take off our fanboy goggles for a second and slap on a pair of physics lab glasses, do these webs actually make sense? Would Peter Parker’s gravity-defying acrobatics hold up in real life, or would he just end up as a human-shaped splatter against a New York skyscraper? Time to unravel the science behind Spider-Man’s signature move. What Are Spider-Man’s Webs Made Of? In the comics and movies, Peter Parker’s web fluid is a synthetic polymer he invented in his high school bedroom. You know, as all teenagers do between homework assignments. This mystery goo solidifies upon exposure to air, is strong enough to hold up a speeding car, and dissolves after a couple of hour...
