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One of the most amazing things about atoms is that theyre mainly empty space. If an atom were as wide as your arm span, then the electrons would all be whizzing about inside the volume enclosed by your fingertips, meanwhile the nucleus would be sitting in the center, and its diameter would be smaller than the width of a single human hair So all of the atoms that make up you and me and all the seemingly solid things in the universe are mostly empty space. Now, this is incredible. But what is even more mind-boggling is that empty space is not truly empty I know because Ive seen it. This is a simulation by Prof. Derek Leinweber at the University of Adelaide. It was made using a supercomputer to crunch the calculations of Quantum Chromo-Dynamics. Now that is the theory of fundamental particles called quarks, the building blocks of protons and neutrons, and how they interact with each other through gluons. What youre looking at here is the energy density of the gluon field flu
