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Overview

Over the past decade, Studio Piko has collaborated with renowned theoretical physicists from Harvard to create visualizations that illustrate and showcase their latest research on the covers of leading science journals, including Nature and Science.


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harvard-03-electrons-laser-array-3800

Electrons on laser array, zoomed out

harvard-04-molecule-two-atoms-3800

Molecule from a reservoir of two atoms

harvard-05-charge-particles-electrons-3800

How round is the electron?

harvard-06-Rydberg-occupation-3800

Rydberg occupation

harvard-07-charge-particles-electrons-3800

How round is the electron?

harvard-08-electrons-laser-array-3800

Electrons on laser array

harvard-09-molecule-3800

Building one molecule from a reservoir of two atoms

harvard-02-distribution-particles-3800

How round is the electron? Illustration outtake for the cover of the Nature journal.
Spin precession measurements in molecular thorium oxide show that any deviation from perfect roundness (as depicted above, greatly exaggerated) must be smaller than one part in a quadrillion.

harvard-11-electrons-laser-array-3800

Electrons on laser array

harvard-12-electrons-photons-3800

Building one molecule from a reservoir of two atoms

harvard-13-how-round-electron-3800

How round is the electron?

harvard-14-molecule-two-atoms-3800

Building one molecule from a reservoir of two atoms

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