10 Inventions we use daily
From Space to Earth
Hello Everyone… So here we back with topic which is “10 Inventions we use daily From Space to Earth” I hope you get this interesting and more knowledgeable….
When I speak to people about my love for space exploration and amazement at organizations like SpaceX and NASA, I often hear this:
“Why should we spend money getting to Mars (Red planet) once we have numerous problems here on planet Earth? “
Well, here’s the short answer – due to technology transfer. That was it. you’ll go now!
Although, if you would like to understand what meaning and the way important it’s , keep it up reading.
Space has created new markets and technologies that have move our economy and altered our lives in some ways .
Do you care about better medicine, providing clean water to people everywhere the planet and growing enough food for the increasing global population? in fact you are doing .
Well, space has been a particularly crucial industry that helps us meet up with to solving many of those problems.
Here’s a list of – 10 Inventions we use daily From Space to Earth – you probably didn’t know were actually developed for applications in space:
1. Digital cameras (not kidding!) –
the first person to truly develop the concept of the camera was reaction propulsion Laboratory (JPL) engineer Eugene Lally,
who within the 1960s described the utilization of mosaic photo sensors to digitize light signals and produce still images. Wanna take a selfie?
In December 1975, a Kodak lab engineer created the primary fully digital camera—and snapped a 100-by-100-pixel image to a magnetic tape in 23 seconds.
Fast forward a few decades and therefore the CCD–charge-coupled device–started to emerge because the go-to technology for digital imaging.
The image sensor converts light into the electrical charges, thus replacing film inside traditional cameras.
2. Wireless headsets –
You’ve heard the road “That’s one small step for man, one giant leap for mankind.”.
On July 20, 1969, this historic transmission was delivered from Armstrong’s headset to the headsets of Mission Control personnel at NASA, then on to the planet .
To ensure that this message was delivered loud and clear to all or any , NASA worked on delivering the simplest headset-communication technology possible.
Today, the guts of this technology beats in wireless solutions everywhere around us.
3. Artificial limbs –
Environmental Robots Inc.’s development of artificial muscle systems based on AI with robotic sensing and actuation capabilities.
Which is to be used in NASA space robotic system and extravehicular activities are adapted to make functionally dynamic artificial limbs for humans.
Therefore many of the parts utilized in modern artificial limbs were developed for space vehicles.
Diamond coatings make joints last longer and special foams make prosthetics easier .
Advanced robotics make artificial limbs operate more just like the real McCoy .
4. Memory foam –
Does one like your comfy pillow? Well, it had been created by engineer Charles Yost.
when he was contacted to develop energy absorbing techniques for increased survivability in aerial crashes.
That was in 1966! Yost created an open cell, polymeric “memory” foam material with unusual visco-elastic properties;
that’s , it possessed both high-energy absorption and soft characteristics.
5. Scratch-resistant lenses –
Interested in the possibilities of synthetic diamond coatings for aerospace systems,
Lewis Research Center sought to get the advantages of diamond without the cost penalty.
After extensive research, one coating method was developed, a technique known as direct ion deposition.
Which is an ion generator creates a stream of ions from a hydrocarbon gas source.
The carbon ions impinge directly on the target substrate and “grow” into a thin DLC film.
Now this coating is being use to cover your expensive Ray Bans.
6. The Mouse –
We take the computer mouse for granted, but the device started out as “one small and relatively simple component” of a broader goal,
according to Bob Taylor, who provided NASA funding for research that led to the device in the early 1960s.
At that point , Taylor points out, computers were still “thought of as arithmetic machines.
Taylor was performing on control systems, flight displays and simulation technology system for NASA.
He says neither he nor Doug Englebart, the researcher who led the mouse project for the Stanford Research Institute, were curious about using computers that way.
Sounds tons like what many folks do at our jobs a day
7. Ear thermometer –
The thermometer sensors were first developed for satellites to check temperatures of stars and other celestial objects by reading infrared radiation.
Adopting this infrared sensor technology developed for space missions, the Diatek Corporation of San Diego,
Calif., produced an aural thermometer that gauges body temperature in two seconds or less.
And it is accurate within two-tenths of a degree!
8. Body imaging –
The high-tech art of digital signal processing (DSP) is pioneere at NASA’s Jet Propulsion Laboratory (JPL) in the mid-196Os for use in the Apollo Lunar Landing Program.
Designed to enhance computer images of the moon, this technology is now employ in advanced body imaging techniques.
That including Magnetic Resonance Imaging (MRI) and computer-aided tomography, also known as CT and CATScan.
I’m so glad for the MRI because without it, my shoulder surgery would’ve been much more complicated. Thanks NASA.
9. Water purification –
In the 1960s, NASA’s Manned Space Center conducted a research program to develop a small, lightweight water purifier for the Apollo spacecraft
that would require minimal power and would not need to be monitored around-the-clock by astronauts in orbit.
The purifier they came up with was a tad larger than a cigarette pack and could successfully kill off bacteria.
Nowadays, purification systems based on this technology have been install in thousands of fountains, indoor/outdoor pools, spas and even zoos.
10. Baby food –
Yes, NASA are meddling with our offspring. How dare they.
When NASA needed to find a way for astronauts to eat on long-duration, deep space missions,
DHA and ARA are believe to be beneficial to infant mental and visual development, so they are used in baby food all over the world.
I hope you understand now. In fact, this list pales in comparison with the thousands of inventions that have reached the world.
We’re not wasting our resources. We should be spending more.
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