How New Technology Has Transformed Microscopy?

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The best form of magnification is ironically a drop of water. It makes a perfect lens. Have you ever noticed the sort of a magazine or newspaper while a drop of normal water rests on it? The typeface becomes fearless, or magnified, due to the refraction of light coming back through the clear drop of normal water.

Refraction is the key to how lenses work. A lens made of crystal or glass can be concave or convex. The concave lens is likely to refract light so that an image is smaller when viewed through it. A convex zoom lens could make an object greater. The culmination of zoom lens size and conglomeration of lens type can make a telescope or microscopic lenses. In this article, we will look at the advances in lens design and application that has sent micro uv vis microscope into the future.

The first lens was accidental. Orbs of glass were created for ornamental reasons when located over objects; the viewer noticed them becoming bigger. Also, the sun could be focused to a place that would ignite parchment or wood. This centering of sunshine was easily observed, thus sparking the interest of the pondering minds of that time to develop further.

Galileo is recognized as the Father of the Telescope, but this individual tinkered with lenses for microscopy as well. His lenses were hand surface to his specifications, yet his specifications were trial and error.

The creation of his telescope revealed the planets and even the moons of Jupiter, and this became his love, not microscopy. Yet the process of grinding and polishing lenses was passed down to the next technology microscope builder.

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