Meet 5 NASA inventions that are present in our daily lives

In addition to spending a lot of money on Matt Damon's rescue for every movie he gets lost in the universe, the National Aeronautics and Space Administration (NASA) is also responsible for several projects that have evolved and are now part of our daily lives. Being at the forefront of knowledge, having an absurdly well-prepared team and financial resources, it is to be imagined that what is developed by the organization will be turned into utilities not only for the space program but also for helping life here on the surface of the world. Earth.

To give you an idea, for every 1, 000 patents filed in the United States, one belongs to some NASA-related project. By now we can get a sense of the size of the network of thinking heads that are part of the company. This is even a little obvious if you think about the achievements already made, such as the manned trip to the moon, the satellites, space station, unmanned vehicles that arrived on Mars, etc .. The amount of accomplishments is truly amazing. With that, we separated a list of the five very cool inventions. Check it out!

1 - Memory foam

Much of the population knows about NASA pillows. That soft wonder, with the warm shape of your head as you sleep, a source of joy in the form of a good night's sleep. What many people do not know is that the invention is from the early 1960s.

Charles Yost developed a first project so that Apollo modules could be safely coupled. A few years later, due to the engineer's expertise, he was selected to help develop airplane seats that could be safer in the event of a crash. The developed foam had a unique ability to shape, absorb pressure and return to its original shape.

The invention was used by many sectors, from football teams, shoe insoles, hospital beds and various other sectors.

2 - Anticorrosive Coating

The good part about running a space race, like the Cold War, is that challenges abound. There are so many possibilities for problems that you can't even call it a short blanket, as there is almost no cover. Exploring beyond the earth's atmosphere, the extreme temperatures also proved a hell of a chanceā€¦ opportunity, so to speak. How to make a space hull that can withstand extremely high temperatures at launch and others so low in space, which makes even the heart of Aquarius look hot? Just calling NASA anyway.

Some of the agency's facilities are located near the coastal region, which leads to some problems as corrosion, rust, some wear and even loss of parts were caused by this location. In the 1970s, Goodard's Space Flight Center division developed a zinc and potassium silicate powder coating that would help counteract these effects. A few years later, a private company used the concept to develop a water-based, non-toxic product. It worked so well that even the US Army used in tanks, as well as oil pipelines, oil rigs and other commercial segments. But the big star of the product was the Statue of Liberty. 852 liters were applied to help slow the deterioration process in the mid-1980s.

3 - Cochlear Implant

In the world there are hundreds of thousands of people suffering from severe hearing problems. In the 1970s, NASA engineer Adam Kissiah Jr, who was hearing impaired, used his knowledge and technology to create a new theory. Equipment that could transmit sound impulses to the correct areas of the brain so that those who had lost their hearing could hear again.

The devices of the time generally only increased the sounds. That way, people who could no longer hear could do nothing with these devices. Adam contracted with a private company to turn his idea into a product, which in the United States alone is estimated to have been used by over 200, 000 people.

4 - Insulin Pump

Sending people into space also requires extensive monitoring, as there is no doctor or hospital system on duty within driving range. Several methods have been developed to facilitate this process, including the insulin pump. Because patients with type I diabetes are part of the space program, Goddard researchers have been able to develop an effective method for both monitoring health and meeting the needs of the human body when it comes to insulin. Thus eliminating the need for daily injections, for example.

5 - Water Filters

Still thinking about the health of travelers beyond Earth, NASA broke its head a little when it came to water. First on how to ensure that they would have the required quantity and the right quality. So the engineers developed a valve model that could hold microbes and make it drinkable.

The device was so wonderful that it was soon used in treatment units in several cities, including areas with pollutants discharged into rivers. The agency's plans didn't stop there. The idea now is to turn human waste, such as urine, into drinking liquid. If we think about spatial expansion, we will need efficient and intelligent ways to maintain maximum nutrients to survive. And NASA sure already thinks about that.