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Since its creation in 1958, NASA has launched us in space, put us on the moon, and even 60 years later, they arealways busyThe discovery of new planets. But did you know that NASA really changed our everyday life and with some very useful inventions? If it has not been for technological advances and innovative creations of the organization, we have many things we use every day. Curious to know exactly what we would be missing if it was not for NASA? Then read the rest to know that ordinary things we should be written of NASA "Thank you" for notes.

The next time you use in a good pair of sports shoes, be sure to thank NASA. In the late 80s, the AVIA shoe manufacturer was on missionCreate a sports shoe with longer life. In partnership with Aerospace Engineer ApolloAl GrossThey have released their intermediate sole in 1990 compression chamber, which uses the same technology that is in spatial combinations to retain shock absorption, stability and flexibility properties.

While you can get almost everywhere and everywhere these days usingGoogle MapsHe was only 30 or if there are years that things have become so simple, with the permission of NASA. In the 90s, the Experts-Exploration of the space developed a software capable ofThe fixation of uncorrected GPS data. It was originally from NASA for the US Air Force, but has since been shared with commercial and private pilots, as well as most of the major precision GPS providers. Thank you, NASA!

It's hard to believe, but theThe first computer mouse Was created all the backs in the 1960s, well before the use of marketed computers. At the time, an innovator Stanford Research Institute by the name ofDouglas EngelbartIn partnership with NASABob Taylor, Who was looking for a simple way to better interact with computer-assisted screens, and withGRANT OF THE ORGANIZATIONThey created and patented the first computer mouse.

In the 1990s, a team of the NASA laboratory was responsible forThe search for ways to improve image sensors So that they can use miniature cameras on ASTRONEFS without sacrificing image quality. main researcherEric fossum ended up creating the technology of the active pixel sensors of complementary metal oxide semiconductors (CMOS), and it authorized its invention after others expressed doubts. It was a good thing for fossum, because more than one billion CMOS image sensors are now manufactured each year and are used in virtually all digital cameras and video. Indeed, without this creation, it is very unlikely that we even have cell phone cameras.

Of course, NASA is helping people arrive at the moon, but on earth, they are also helping you get sleep a better night. As NASA-funded researchers were looking for ways for pilots during flights in Protecting the 1960s, theyDeveloped in memory foam as padding. Today, it is used to make beds, sofas, chairs, shoes, movie seats, and even football helmets.

In the 1970s, NASA in partnership with how to purify drinking water on space trips of Long Umpque Research Company (URC). Ultimately,They have developed a system Called the biocid regenerable delivery unit, which eliminated the need for frequent replacements of the cartridge used to purify the water supply. This technology is now used to purify large municipal water systems in many developing countries, cleaning drinking water for thousands of people every day.

In partnership with Ceradyne Inc., NASA could use Translucent Polycrystalline (TPA) alumnia, a notable ceramic to be stronger than steel and resistant to break,To create invisible dental braces. TPP was used by NASA to build thermoguid missile trackers. So, that innovation keep your teeth online is not a joke!

In 1972, theFood and Drug Administration (FDA) has put a settlement on sunglasses and prescription glasses that forced them to be shock resistant, leading to the use of plastic glass on. However, if it will not break easily, the plastic drop was that there was no scratch resistant.

Thus, in the 1980s,After obtaining a license from NASA For their anti-scratch coating technology used on headphones of the astronaut space and other aerospace equipment, the Foster-Grant glasses business combined their own technology over a decade in manufacturing for Produce high quality plastic lenses, scratch-resistant. Nowadays, the majority of the lenses sold in the United States use this technology.

What is a spatial organization like NASA to do with road safety here on the planet Earth? Well, they helped implement the use ofSafety groove, which increases traction on roads and tracks and reduces hydroplanization and slippage.

This security technology was first used by NASA to keep planes, such as the return of space shuttles, safely during landing. Since then, it has been applied to commercial trails at the airport, highways, stairs, sidewalks, parking lots and more. After being publicly implemented in 1985, a report of theCalifornia Division of Highways-Weed before and after groove studies at 14 locations - showed that Grooving has decreased 85% wet weather accidents.

NASA has not only played part of the road improvement, but also inImprovement of tires. In the mid-2000s, NASA engineers have joined Goodyear to develop the spring tire, which supports heavy loads and complies with all terrain, especially sweet and rocky sand. Organizationsnew partner produceSuperleaf tire, which can be used both on moon missions, to March, and also here on land instead of off-road pneumatic tires.

Although the circulation of natural air protects us from ethylene gas vapors released from plants when growing, the same luxury is not available in the sealed environment of a spacecraft. To fight that, NASADeveloped technology of the ethylene purifier To purify the air in space, and this technology is now used to keep clean air in kitchens, hospitals, hotels and even in grocery stores where production needs fresh air to stay, well, costs.

When reintegrating the atmosphere, astronauts faceextreme Temperatures. Provide appropriate insulation and protection, NASAdeveloped a line Textile tissues resistant to heat and flames consisting of polybenzimidazole or PBI, for use in space and spatial vehicles. This material was then introduced in the late 70s for use in fire equipment, because if it's good enough for people traveling in space, it will work for us here on Earth.

When NASA has developedRadiant Barrier Technology To protect astronauts from high temperatures, they probably never imagined have daily applications. However, the private sector was able to adopt this same technology and apply it to energy conservation techniques used in homes and offices. An example of this isEagle Shield, an insulation product that can be installed on existing insulation for the sole purpose of reducing heating and cooling invoices.

Life lifetime knives are ahydraulic tool withUp to 100,000 poundsof the propagation force. This tool, which is crucial in emergency situations, is often used by firefighters for vehicle extraction after a crash. Developed through the joint efforts of NASA and the Hi-Shear technology company, lifetime knives use the same power source originally used to separate rocket boosters from spatial shuttles.

During the era of the Apollo missions, NASANeed appropriate technology Extract basic moon samples for review. They associated with the Black & Decker manufacturing company to develop a computer program that optimizes the design of an exercise engine, allowing a minimum power expenditure. By using this technology to better develop resources conducive to the battery, Black & Decker then created the popular dustbush, a miniature vacuum and maintained by hand.

While conducting research on appropriate ways to preserve food for long-term explorations, NASADeveloped freezing dryingA technique in which freshly cooked foods are dehydrated so that they can be stored for long periods of refrigeration. This technique and technology that allows it are used nowadays to make snacks like freeze-dried fruit.

While searching for means of using microalgae as a source of oxygen in space in the 1980s, NASA has discovered algae that naturally produced docosahexaenoc acid (DHA), an omega-3 fatty acid integrated into the Infant development.According to NASAThese algae can now be found in more than 90% of infant formulas sold in the United States.

NASA has contributed to a central role in the medical field, including helping to detect and treat cancer. The organization originally usedDigital signal processingDuring Apollo Moon landings as a way to develop moon-improved images. This same technology was then implemented in various medical machines that we use today, such as the CTS spiral and MRI machines.

NASA also helped themedical domain In terms of human prostheses. When Harshberger Prothetic, a company specializing in the manufacture of artificial limbs,need a way to improve Their prostheses and replace heavy materials, easy to break and hard to ship, they turned to NASA. Using the same foam insulation found in the external tanks of spatial shuttles, the company has been able to reduce the cost of manufacturing artificial members, which reduced the costs for patients and allowed prostheses to be produced. mass and shipped by all of America.

Surprising, it took areal Rocket Scientist to develop the Super Souaker.Lonnie Johnson, who worked for the NASA propulsion laboratory, created theACCIDENT TOY WATER GUN When he worked on creating an improved heat pump. NASA's scientist associated with Larami Corporation and togetherThey patented the idea and sold the super brand SOAKER in the early 90s. And for more than 90 years, we can not forget, consult the20 things each "cool child" growing in the 1990s.

NASA did not invent the smoke detector. However, they helped create the modern,Adjustable version we use today. As part of their Skylab project, the organization created aSmoke detector with adjustable sensitivity In the 90s. Honeywell marketed technology, which ensures that smoke detectors do not go out in non-urgent situations.

If you ever look at the flying window and notice the returned wing, make sure to give NASA a quick shout. Tips returned from wings, called fins, wereDeveloped by NASA researchers In the 1970s as a means of conserving energy in aviation. Nowadays, these fins can be seen on almost all modern aircraft, back up billions of fuel jet.

NASA must also thank many food security regulations we have today. In order toEnsure the safety of prepackaged foods Used during travel space, the organization has partnered with Pillinsbury to create more quality control in the food industry. Their method became known as the critical risk analysis point system system, and it is used today as the industry standard to maintain food safe from chemical, physical and physical hazards and Potential biological. And for more innovative creations, check30 inventions in ways that you probably do not think.

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