Each artwork showcases iconic moments in physics, preserving the genius of renowned scientists.
This piece highlights Rutherford and Soddy’s groundbreaking hypothesis that the stable level of radioactivity observed in thorium results from an equilibrium between two opposing processes, driven by transformations within the atom’s nucleus.
Moseley’s pivotal X-ray spectra chart empirically established atomic numbers as fundamental, reshaping the periodic table and affirming the structure of the atom’s nucleus.
After Maxwell, physical reality was conceptualized as embodied by continuous fields, beyond mechanical explanation, governed by partial differential equations.
The artwork pays homage to Dalton's pioneering work, meticulously recreating his original illustration of atomic elements and molecules.
Copernicus's heliocentric model revolutionized human knowledge of the universe by challenging traditional views, introducing a more accurate description of celestial motions, and setting the stage for a scientific paradigm shift.
A testament to Galileo's astronomy discoveries, showcasing his realization that the Milky Way is a vast collection of countless stars arranged in clusters.
The first scientific chart displaying the Planck formula for heat radiation, meticulously crafted by Heinrich Rubens and Ferdinand Kurlbaum in 1900, showcased a pivotal moment in the history of physics.
Faithful reproduction of a drawing executed by Jean Fresnel to explain the interference of light coming from two nearby point apertures.
Faraday envisioned the space around a charged object or a magnet as filled with lines of force, now known as Faraday lines, representing the influence or force exerted by the object.
Last update on November 2024
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