Science Source General Science
979![Science Source General Science Science Source General Science](img/small/arch1/dvd0115/08/EN_90286235_0677.jpg)
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PHOComputer-generated model of aspartame (Nutrasweet), a synthetic sugar substitute.
![Science Source General Science Science Source General Science](img/small/arch1/dvd0115/08/EN_90286235_0675.jpg)
EN_90286235_0675
PHOMabry Mill, Blue Ridge Parkway, Virginia. Healthy green foliage appears red on scientific infrared film.
MODEL RELEASED.
![Science Source General Science Science Source General Science](img/small/arch1/dvd0115/08/EN_90286235_0674.jpg)
EN_90286235_0674
PHOThe Appalachian Mountains along the Blue Ridge Parkway. Healthy green foliage appears red on scientific infrared film. North Carolina.
![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/dvd0115/08/EN_90286235_0670.jpg)
EN_90286235_0670
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/dvd0115/08/EN_90286235_0669.jpg)
EN_90286235_0669
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/dvd0115/08/EN_90286235_0668.jpg)
EN_90286235_0668
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/dvd0115/07/EN_90286235_0667.jpg)
EN_90286235_0667
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/dvd0115/07/EN_90286235_0666.jpg)
EN_90286235_0666
PHOThe Lorenz or Strange attractor, a 3-dimensional structure that corresponds to the long-term behavior of a chaotic flow. It has a butterfly shape.
![Science Source General Science Science Source General Science](img/small/arch1/dvd0115/07/EN_90286235_0664.jpg)
EN_90286235_0664
PHOGallium, a rare metallic element that is liquid near room temperature, melting in the palm of a gloved hand. Image 2 of 2.
![Science Source General Science Science Source General Science](img/small/arch1/dvd0115/07/EN_90286235_0663.jpg)
EN_90286235_0663
PHOGallium, a rare metallic element that is liquid near room temperature, melting in the palm of a gloved hand. Image 1 of 2.
![Science Source General Science Science Source General Science](img/small/arch1/dvd0115/07/EN_90286235_0661.jpg)
EN_90286235_0661
PHOA simple demonstration of light refraction. Light travels at different speeds in different optical mediums, such as water and air. When the light from...
![Science Source General Science Science Source General Science](img/small/arch1/dvd0115/07/EN_90286235_0660.jpg)
EN_90286235_0660
PHOComputer-generated time-lapse image of a ball thrown upward at a 30 degree angle and an initial velocity of 6 meters per second. Strobe rate is 0.1 se...
![Science Source General Science Science Source General Science](img/small/arch1/dvd0115/07/EN_90286235_0659.jpg)
EN_90286235_0659
PHOComputer-generated time-lapse image of a ball thrown upward at a 30 degree angle and an initial velocity of 6 meters per second. Strobe rate is 0.1 se...
![Science Source General Science Science Source General Science](img/small/arch1/dvd0115/07/EN_90286235_0656.jpg)
EN_90286235_0656
PHOComputer-generated representation of a ball undergoing gravitational acceleration (freefall). The ball travels 4.9 meters in 1 second. Strobe rate is...
![Science Source General Science Science Source General Science](img/small/arch1/dvd0115/07/EN_90286235_0655.jpg)
EN_90286235_0655
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/dvd0115/07/EN_90286235_0654.jpg)
EN_90286235_0654
PHOBenard convection cells, self-organizing pattern. Benard cells appear in a liquid layer when heat is applied below.
![Science Source General Science Science Source General Science](img/small/arch1/dvd0115/07/EN_90286235_0653.jpg)
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PHOBenard convection cells, self-organizing pattern. Benard cells appear in a liquid layer when heat is applied below.
![Science Source General Science Science Source General Science](img/small/arch1/dvd0115/07/EN_90286235_0652.jpg)
EN_90286235_0652
PHOPolygonal imagery using reflection and texture mapping. Synthetic holography renders vivid lifelike images. MIT media lab.
![Science Source General Science Science Source General Science](img/small/arch1/dvd0115/07/EN_90286235_0651.jpg)
EN_90286235_0651
PHOThe Lorenz or Strange attractor, a 3-dimensional structure that corresponds to the long-term behavior of a chaotic flow. It has a butterfly shape.
![Science Source General Science Science Source General Science](img/small/arch1/dvd0115/07/EN_90286235_0642.jpg)
EN_90286235_0642
PHOTa-bes, a 3000 year-old mummy, undergoing a C.T. scan at Brigham and Women's Hospital. The scan lasted 4 hours and produced 271 images of the mummy's...
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