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A 3D rendering of a transparent electronic device offers a fascinating perspective, showcasing internal circuitry. Visible components include a vertical green and blue rod, glowing blue lines, and layered circuit boards, all set against a dark background that seemingly shifts with every detail captured.

In addition to its imaging capabilities, the new Nikon Eclipse T12 microscope has built-in features that allow the user to directly view the internal alignment of certain microscope pieces. Proper alignment of these microscope components is critical to obtain a clear image when using differential interference microscopy, or total internal fluorescence microscopy.

The animation takes the viewer on the optical path from the alignment light source to the back camera that facilitates alignment, with other components of the inverted microscope seen in the semi-transparent effect of the animation series. Learn more about these animations in our blog, NIKON – SEE MORE THAN BEFORE.

A diagram depicting a hydrogen atom shows a shift in perspective: on the left, a green dot symbolizes an electron orbit with a faint circular blur; on the right, captured in stunning detail as if through a Nikon lens, is a 3D render of an electron orbiting its nucleus.

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