Did Han Solo Use A Trick Of Einstein’s Relativity To Make The Kessel Run?
“To move quickly between two points in space, then, even a straight line might be a disastrous plan. If what you need to do is avoid a large number of potentially hazardous objects, going around might be the only option. This could mean adding a very large distance to your expected path length, perhaps adding many light years to your journey. A straight-line path might be much shorter, but much more dangerous. But the shortest path of all won’t be a straight line, but an intricately curved path through the densest, most dangerous environment of all: a field of stars, planets, black holes, gas, dust, and more. To make the Kessel Run, the Millennium Falcon may have had to go through the center of that legendary galaxy far, far away.”
Was the Kessel Run a legend concocted by Han Solo to try and trick Luke and Obi-Wan? Or was it really a long run, that somehow the Millennium Falcon made in a shorter distance than was ever thought possible? That last possibility is intriguing, because physics allows it to be so. You normally think that the shortest distance between two points is a straight line, but this isn’t so in General Relativity. In truth, a curved path may be shorter, owing to the simple fact that masses are present, and they curve the fabric of spacetime. It’s possible that understanding _the force_ in Star Wars may not be as important, even for a pilot, as understanding the gravitational force in a galaxy far, far away.