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appears to be continuous: an endless sea of space and time, stretching out in every direction. It’s not – but it’s not obvious. It isn’t at all obvious, for example, that, when watching a beautiful summer sun set on the horizon, you are actually looking at the sun through a sea of billions of tiny particles of gas – and that the signature orangered haze in the sky is a by-product of the fact that those gas particles are made up of discrete atoms and obey the rules of Quantum Mechanics. We know this now, but we didn’t always. Until recently, everything in science was assumed to be continuous – the discovery of Quantum Mechanics changed that. World leading scientists, such as Albert Einstein and Max Planck, set out to find the rules that would allow us to make sense of this new universe. A universe made up of discrete particles of matter and energy. The theories they developed at the turn of the century changed the world forever.

When kinetic theories clash, mind the lattice step: A statistical physics approach to the motion of atoms within materials