k Sun in hydrogen alpha light Sun, optical image in hydrogen alpha light. Hydrogen alpha Ha is a wavelength of light at which hydrogen absorbs and emits light. It has a wavelength of 656.3 nanometres, which is detected as red by the eye. Excluding all other wavelengths allows fine detail to be seen on the Sun. The visible surface photosphere comprises cells made up of areas of rising hot and falling cooler material. These are constantly shifting and writhing on the surface. Dark prominences and bright sunspots are also seen. Stock Photo - Afloimages
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Sun in hydrogen alpha light Sun, optical image in hydrogen alpha light. Hydrogen alpha  Ha  is a wavelength of light at which hydrogen absorbs and emits light. It has a wavelength of 656.3 nanometres, which is detected as red by the eye. Excluding all other wavelengths allows fine detail to be seen on the Sun. The visible surface  photosphere  comprises cells made up of areas of rising  hot  and falling  cooler  material. These are constantly shifting and writhing on the surface. Dark prominences and bright sunspots are also seen.
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Sun in hydrogen alpha light

Sun, optical image in hydrogen alpha light. Hydrogen alpha (Ha) is a wavelength of light at which hydrogen absorbs and emits light. It has a wavelength of 656.3 nanometres, which is detected as red by the eye. Excluding all other wavelengths allows fine detail to be seen on the Sun. The visible surface (photosphere) comprises cells made up of areas of rising (hot) and falling (cooler) material. These are constantly shifting and writhing on the surface. Dark prominences and bright sunspots are also seen.

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