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Imagine that we embark on a journey to Proxima Centauri, the closest star to our sun, which is about four light years away. Using classical physics, It would take about 636,000 years to get there on your V-Strom at a constant 70mph/113kmh. Hmmm… don’t have that much vacation left. But there may be a way to get there in a quantum dimension. To illustrate, take a piece of paper and draw a circle at the bottom, and another at the top. One, let’s say the bottom circle, is where you are: Earth, and the top is the destination: Proxima Centauri (PC). Now take a very sharp pencil and make a dot right at the edge of the bottom circle. Then make another dot butting up to the first dot, going in the direction of the PC circle. Continue this process until you arrive at PC. This is how our classic understanding of physics works. But, what if there was a way to fold spacetime back unto itself? Take the paper and fold it in half so that the Earth circle is back-to-back in line with the PC circle, and punch thru both with the pencil. This is how quantum physics travel might work. You would have instantaneously travelled the 6 trillion mi/10 trillion km. In fact, as the pencil is simultaneously on the PC side and the Earth side of your spacetime paper, possibly you also would be here

*and*there. This is the conundrum of quantum wave/particle duality.