[art by Paul Ranson] artistic and yet geometric representations of Bohr orbits: compares the electron probability densities for the hydrogen 1s, 2s, and 3s orbitals. Note that all three are spherically symmetrical. For the 2s and 3s orbitals, however (and for all other s orbitals as well), the electron probability density does not fall off smoothly with increasing r. Instead, a series of minima and maxima are observed in the radial probability plots

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artistic and yet geometric representations of Bohr orbits: compares the electron probability densities for the hydrogen 1s, 2s, and 3s orbitals. Note that all three are spherically symmetrical. For the 2s and 3s orbitals, however (and for all other s orbitals as well), the electron probability density does not fall off smoothly with increasing r. Instead, a series of minima and maxima are observed in the radial probability plots

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[art by Jean-Paul Riopelle] artistic and yet geometric representations of Bohr orbits: compares the electron probability densities for the hydrogen 1s, 2s, and 3s orbitals. Note that all three are spherically symmetrical. For the 2s and 3s orbitals, however (and for all other s orbitals as well), the electron probability density does not fall off smoothly with increasing r. Instead, a series of minima and maxima are observed in the radial probability plots

[art by kupka] artistic and yet geometric representations of Bohr orbits: compares the electron probability densities for the hydrogen 1s, 2s, and 3s orbitals. Note that all three are spherically symmetrical. For the 2s and 3s orbitals, however (and for all other s orbitals as well), the electron probability density does not fall off smoothly with increasing r. Instead, a series of minima and maxima are observed in the radial probability plots

$Quaternion and Hypercomplex Fractals Description: Generalization of Mandelbrot and Julia fractals using quaternion (4D) or hypercomplex numbers, then projected into 3D. Characteristics: More exotic and less intuitive shapes, often with “holes” or ribbon-like structures. [in fractales IFS with Apophysis refined in Mandelbulb 3D]$

The vast expanse of space stretched out before the Chronoscape, a lone beacon of technology adrift in the cosmic abyss. Lost amidst the twinkling stars and swirling galaxies, it floated, its rhythmic oscillations echoing in the void. The Chronoscape, with its intricate kaleidoscopic disc, continued to spin, casting mesmerizing patterns of light into the darkness. The colors danced and intermingled, a symphony of vibrant hues that defied the emptiness surrounding it. As the Chronoscape drifted ai

[art by Zdzisław Beksiński] artistic and yet geometric representations of Bohr orbits: compares the electron probability densities for the hydrogen 1s, 2s, and 3s orbitals. Note that all three are spherically symmetrical. For the 2s and 3s orbitals, however (and for all other s orbitals as well), the electron probability density does not fall off smoothly with increasing r. Instead, a series of minima and maxima are observed in the radial probability plots

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artistic and yet geometric representations of Bohr orbits