When microscopes were invented, they changed the way people saw the world both around and within them. In a lot of ways, smartphones have done the same thing. Even before iOS and Android microscope apps were developed, the technology changed the way we live our lives.

Before going into the connection between smartphones and microscopes, it is worth taking a look at how microscopes were game changers in human life. In 1590, the first microscope was developed. While it is unclear who is actually responsible, the first patent for a telescope was filed by Hans Lippershey.

The first observations made with a microscope were made by Francesco Stelluti, an Italian scientist, in 1625. The first hand drawings of bacteria were made possible by this invention. Antoine van Leeuwenhoek, a Dutch scientist, made them in 1683. At first, microscopes were used to look at insects but they also allowed scientists to discover cells. This changed the way we view the human body and science in general.

Using smartphones as microscopes started much earlier than the advent of the best Android microscope app. Before scientists used smartphones as microscopes, there were digital microscopes. And the first smartphone to be used as a microscope was an iPhone. Researchers took an iPhone, some rubber, tape, and a small glass ball and created a powerful microscope. This rudimentary microscope was able to capture images of red blood cells. The same researchers were also able to turn it into a device that could be used to read a person’s vital signs.

At the time, University California at Davis physicist, Sebastian Wachsmann-Hogiu, remarked that he was surprised by how cellphones could be transformed into research-grade tools and equipment. Cellphones also allowed people using them to record and share the images they captured. One other feature of using cellphone technology as laboratory equipment is the size. Regular laboratory equipment can be large and bulky. This makes it hard to travel with.

Today, iOS and Android microscope apps can take all of the work out of transforming a smartphone into high-powered laboratory tools and equipment. In fact, the camera on a smartphone can be used for a lot more tasks than just those handled by industrial microscopes. Here are some of the other things you can do with your smartphone:

  • Measure height, speed, and distance. There are a number of apps for both iOS and Android that can take measurements of heights, speeds, and distances. All you need to do is take a photo with a smartphone and, voila! Your measurements can be taken.
  • Learn more about the photos you take. Want to know more about a historic spot or famous picture? Take a picture of it and then do a Google search and you can get more information than you ever thought possible. You can do the same with QR codes or products you want to buy.
  • A smartphone can do your math homework. There is no need to claim your dog ate your homework when your phone can do it for you. Just snap an image and use an app to get the solution.
  • Look at tiny things. As was mentioned earlier, using your phone and an iOS or Android microscope app, you have a powerful microscope or magnifying glass with you all of the time.
  • You can cash your checks. More and more banks are allowing deposits from apps on your smartphone. All you need to do is open the app, take a picture of the front and back of your check, and the money will appear in your account within minutes.

There is no question that technology has changed the world in a number of wonderful ways. Microscopes changed how much of the world around us an in us that we can see. This changed the way we view ourselves and everything else. Microscopes led to scientific and medical breakthroughs that have saved many millions of lives all over the world.

Cellphone technology has changed the way we communicate, do business, and get around. By combining techniques such as the microscope with smartphones, new iOS and Android microscope apps can take it all a step further. These two inventions continue to change the world and the way we live in it.