How Wormholes Leaped from Einstein's Math to Hollywood's Big Screen

Wormholes have long fascinated both scientists and storytellers. These hypothetical tunnels through spacetime first appeared in equations from Albert Einstein and Nathan Rosen in 1935. Decades later, they became a staple in films, books, and TV shows—bridging the gap between cutting-edge physics and popular culture.

Einstein and Rosen originally described these structures as solutions to general relativity, calling them 'bridges' in spacetime. The term wormhole came later, coined in 1957 by physicist John Archibald Wheeler. Astronomer Carl Sagan then brought the idea to a wider audience in his 1985 novel Contact, where characters use a wormhole for interstellar travel.

Hollywood soon embraced the concept. In 2011, Thor featured an Einstein-Rosen bridge, with Natalie Portman's character explaining it on screen. More recently, the fifth season of Stranger Things included a classroom scene where science teacher Scott Clarke discusses wormholes. One of his students, Erica, defines them as shortcuts allowing matter to jump between galaxies—or even dimensions—without crossing the space in between.

The relationship between physics and entertainment goes both ways. Carsten Welsch, a physics professor at the University of Liverpool, now uses Stranger Things and its wormhole scenes to spark interest in his lectures. Meanwhile, real-world research continues. In 2022, a team of physicists made headlines by claiming to have simulated a holographic wormhole using Google's Sycamore quantum chip. Yet experts like Kip Thorne and Sean Carroll note that stable, traversable wormholes remain purely theoretical. They would require exotic matter with negative energy—something never observed—and an impossible-to-maintain balance of spacetime curvature.

From Einstein's equations to Netflix dramas, wormholes have captured imaginations for nearly a century. While films and TV shows treat them as plot devices, physicists still grapple with their feasibility. For now, these cosmic shortcuts remain a blend of mathematical possibility and creative storytelling.