Where and who invented the camera

It was not until the year when Joseph Nicephore Niepce clicked the first photograph. The credit for the invention of the first camera is therefore co-shared between Johann Zahn and Joseph Nicephore Niepce.

The photo taken by Nicephore was not permanent. It was taken using a camera he made on his own, on a paper coated with silver chloride. The regions that were not exposed to light on the paper became dark. Louis Daguerre is given the credits for inventing the first ever practical photography in It took Daquerre over a decade attempting to come up with an effective method for the photography. All the progress Daquerre made was in partnership with the Nicephore.

The ownership rights were sold to the French Government, which in turn took the responsibility of developing daquerreo type studios in different parts of the country. Alexander Walcott invented the first camera that produced photos that did not fade quickly. From this point onwards, several people were involved in developing the methods and camera for superior quality images.

The progress made involved invention of less blurred and colored photography, negatives, and smaller cameras. It took eight hours for the image to be fully exposed. Capturing a long-lasting image required a complex and methodical chemical process — without immediate treatment, the image would be lost.

But another great inventor was about to make his mark: Louis Daguerre. Daguerre had been experimenting with ways to capture and reproduce images. Working together, they discovered an apt solution. After a short exposure, immersion in silver chloride created a lasting image. Between Daguerre and the first modern film cameras, about five distinct iterations of camera technology came and went.

He coated the plates with a type of asphalt and watched how they were affected by the sunlight, calling his experiments "heliography" or sun writing. He tried many times to create an image in the camera obscura, but he found that the image faded quickly. Eventually, he settled on a pewter plate, slid it into the back of the camera obscura, and produced an image that still survives today. The shot is a view from a window, but without the knowledge of what he or she was looking at, the modern viewer would have trouble making sense of the scene.

He refused to disclose the process he was using to produce images, and the images lacked clarity and detail. Using the same basic process of a box that let in light through a small hole, Daguerre created a camera that could produce incredibly detailed images on a polished sheet of silver-plated copper that has been sensitized using vaporized iodine.

He placed the plate in the back of the camera and then exposed it to light for a few minutes. Afterward, he developed the image using mercury fumes and "fixed" it or made it permanent with sodium thiosulphate. Daguerre's camera and process were instantly commercially successful.

Because they could produce an image so quickly and in such detail, they were adopted around the world. Daguerre became wealthy and was world famous even after his death in Many daguerreotypes still survive today in family archives, museums, and libraries.

Over the years, various other plate methods became popular for producing photos with cameras. There were tintypes and glass plates, and eventually, photographers began to print on paper. However, photography was still only for professionals or very dedicated amateur experimenters.

It wasn't until when George Eastman invented the Kodak No. The Kodak No. The resulting images were round. A glance at any family photo album can tell you how this invention changed photography. It took the camera out of the photo studio and into the home, resulting in images that captured real life.

As years went by, the consumer camera continued to be redesigned and refined, but it was the Kodak No. Camera technology changed over the years as metal and glass plates gave way to film.