Physics
16![Science Source General Science Science Source General Science](img/small/arch1/dvd0115/08/EN_90286235_0672.jpg)
EN_90286235_0672
PHOMandelbrot set. Fractal geometry is used to derive complex shapes as are often found in nature. Complex patterns are produced by a series of repeated...
![Science Source General Science Science Source General Science](img/small/arch1/dvd0115/04/EN_90286235_0428.jpg)
EN_90286235_0428
PHODigital illustration of the atomic structure. The nucleus is made up of protons and neutrons, and the orbitals are made up of electrons.
![Science Source General Science Science Source General Science](img/small/arch1/dvd0115/00/EN_90286235_0142.jpg)
EN_90286235_0142
PHOFractal landscape. Mandelbrot set. Fractal geometry is used to derive complex shapes as are often found in nature. Complex patterns are produced by a...
![Science Source General Science Science Source General Science](img/small/arch1/dvd0115/00/EN_90286235_0141.jpg)
EN_90286235_0141
PHOFractal landscape. Mandelbrot set. Fractal geometry is used to derive complex shapes as are often found in nature. Complex patterns are produced by a...
![Science Source General Science Science Source General Science](img/small/arch1/dvd0115/00/EN_90286235_0131.jpg)
EN_90286235_0131
PHOFractal landscape. Mandelbrot set. Fractal geometry is used to derive complex shapes as are often found in nature. Complex patterns are produced by a...
![Science Source General Science Science Source General Science](img/small/arch1/dvd0114/40/EN_90286235_0080.jpg)
EN_90286235_0080
PHOComputer-generated model of a neon atom. The nucleus, at center, is too small to be seen at this scale and is represented by the flash of light. Surro...
![Science Source General Science Science Source General Science](img/small/arch1/dvd0114/40/EN_90286235_0079.jpg)
EN_90286235_0079
PHOComputer-generated model of a neon atom. The nucleus, at center, is too small to be seen at this scale and is represented by the flash of light. Surro...
![Science Source General Science Science Source General Science](img/small/arch1/dvd0114/40/EN_90286235_0072.jpg)
EN_90286235_0072
PHOComputer-generated model of a neon atom. The nucleus, at center, is too small to be seen at this scale and is represented by the flash of light. Surro...
![Science Source General Science Science Source General Science](img/small/arch1/dvd0114/38/EN_90286236_0233.jpg)
EN_90286236_0233
PHOComputer-generated Mandelbrot fractal. The Mandelbrot set is a set of points in the complex plane, the boundary of which forms a fractal.
![Science Source General Science Science Source General Science](img/small/arch1/dvd0114/37/EN_90286236_0199.jpg)
EN_90286236_0199
PHOComputer-generated image derived from a fractal Set. Fractal geometry is used to derive complex shapes as are often found in nature. Complex patterns...
![Science Source General Science Science Source General Science](img/small/arch1/dvd0114/37/EN_90286236_0198.jpg)
EN_90286236_0198
PHOComputer-generated image derived from a fractal Set. Fractal geometry is used to derive complex shapes as are often found in nature. Complex patterns...
![Science Source General Science Science Source General Science](img/small/arch1/dvd0114/37/EN_90286236_0197.jpg)
EN_90286236_0197
PHOComputer-generated image derived from a fractal Set. Fractal geometry is used to derive complex shapes as are often found in nature. Complex patterns...
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