Imagine being able to see the unseeable. And, on top of that, touch the unseeable — in the gel of your Nike airs, decorating your Macbook, and on the hubcap of your Ferrari. Or, if you happen to be an astrophysicist who studies dark matter, imagine having an object made of your numerical data anchoring the papers on your desk, or being passed around the classroom by your students.
In the depths of space and making up the fabric of our physical world exist phenomena so imperceptible, so small, that scientists can only study them through simulations, formulas, and theory, but Christine-Angel McLaren de Riordan – graduating out of the Trans-disciplinary school of the Ecole Normale Supérieure (ENS ULM) in Paris, France with a PhD specializing in spatial and aesthetic structures — has discovered how to make even the most complicated phenomena of physics tangible with 3D printing.…
The original post Spatial Architect Creates First 3D Printed Models of Dark Matter & Other Unseeable Phenomena (Part 1) appeared first on 3D Printing Industry.
