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In a study ‘motivated largely by fundamental curiosity’, a team of scientists in South Korea and Switzerland set out to see if they could design shapes to roll along any desired path on a flat surface. This entertaining video from Nature chronicles the team’s research, documenting how, using a combination of simple and sophisticated techniques – as well as a bit of tweaking once the 3D-printed objects got rolling – they were able to create shapes to travel along nearly any possible path. The result is a fascinating glimpse into what happens when the conditions of computation enter the real world, as well as how a bit of curiosity can have potentially significant consequences – in this case, in the realm of quantum and classical optics.
Video by Nature
Producer: Shamini Bundell
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Animals and humans
Why be dragons? How massive, reptilian beasts entered our collective imagination
58 minutes
video
Biology
How the world’s richest reds are derived from an innocuous Mexican insect
5 minutes
video
Physics
The abyss at the edge of human understanding – a voyage into a black hole
4 minutes
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Chemistry
Why do the building blocks of life possess a mysterious symmetry?
12 minutes
video
Cosmology
Tiny, entangled universes that form or fizzle out – a theory of the quantum multiverse
11 minutes
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Astronomy
The history of astronomy is a history of conjuring intelligent life where it isn’t
34 minutes
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Metaphysics
Simple entities in universal harmony – Leibniz’s evocative perspective on reality
4 minutes
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Biography and memoir
Passed over as the first Black astronaut, Ed Dwight carved out an impressive second act
13 minutes
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Engineering
A close-up look at electronic paper reveals its exquisite patterns – and limitations
9 minutes