- NASA contains a massive range for visionary tech which might be helpful in the future.
- Innovative Advanced Concepts (NIAC) program also working on the project to evaluate their knowledge.
- NASA working on different projects that have great strength and will stand out to provide the best outcomes.
NASA unveiled a slew of cutting-edge technologies that might be used on future space missions. Early-stage research on futuristic space ideas, such as a lunar levitation track system, a light-bending lunar power system, a way for creating soil from asteroid material, and others, might help NASA’s technological toolkit modernize and pioneer new types of missions.
The NASA Innovative Advanced Concepts (NIAC) initiative will provide funding to more than a score of researchers from NASA, business, and academia to investigate the viability of their concepts.
NIAC Fellows are recognized for dreaming big, proposing concepts that may appear to be science fiction and are unlike research sponsored by other agency programs, said Jenn Gustetic, NASA’s Space Technology Mission Directorate’s director of early-stage innovations and collaborations (STMD).
While we don’t anticipate all of them to succeed, we do believe that providing a little amount of seed money for early research might assist NASA considerably in the long run.
Following are the 7 Space Technologies that NASA Exploring:
- Turning Asteroids Into Giant Spacecraft:
Project RAMA has proposed the ascendable method of discovering the solar system that is, converting whole asteroids into enormous autonomous spacecraft. The team was also scheduled to take the help of robotic processes to turn the asteroid elements into the programmed automata. The impression is to cut the costs of ground launches with the help of manufacturing the tech in outer space.
- A Shapeshifting Robot:
The term shapeshifting is usually occupied with science fiction, but NASA trusts that it may be used in space. The team also has invested in a soaring amphibious robot that can transform into different accessories.
It’s the type of system made up of tiny elements or components that syndicate to form robotic balls, flying arrays, and torpedo-like swimmers. As per the concept or aspects, the vehicle would go from Titan’s rocky cliffs to its deep seafloors.
- Star Shade In Space Of Size Of Football Field:
A massive parasol in space, that appeals to the glare from stars will be a helpful aid for astronomers as per NASA. A roaming telescope’s locations and velocity will be suitable with the help of a 100-meter starshade.
Also, it may generate dark shadows over the interfering star while allowing the light of the planet. The concept of starshade is similar to Mr. Brun’s big parasol to increase energy consumption but the developers also mentioned the commanding planetary telescope.
- Smart Spacesuits with Stretchable Self-Healing Skin:
The problems and complexities of Spacesuit have been well explained and documented at NASA. The existing crop is outmoded, in-efficient, and unrehearsed for future missions. The Smart Suit is an attempt to modernize these companies. The soft robotics, elastic self-healing skin, and the sensors which are integrated come together and show the data to the wearer and are all included in the Spacesuit.
- A paper-thin space junk cleaner:
The accumulation of junk in space is becoming a huge threat and there are over 100 million bits of alien debris with a diameter of at least one millimeter. No matter how tiny paint specks are, they can cause serious damage to spacecraft traveling at such high speeds.
The thickness of craft is about half of the human hair and it has the advent of the sheet of paper. The inventors associate it with an automated spot cleaner in space.
- Making Martian air breathable:
If Elon Musk’s dream of colonizing the red planet is to become a reality, then hopefully, he will want to make the Martian air breathable. Researcher at Arizona State University, Ivan Ermanoski also has a proposal that could help in a portable oxygen generator.
The process used by the system identifies as the Thermal Swing Sorption/Desorption (TSSD) to create the oxygen from the Martian Atmosphere. He also said that it used 10* less energy than the leading current methods.
- Industrializing Space with Optical Mining:
The optical mining project uses concentrated sunlight to move the asteroid materials into rocket propellants. It would then supply spacecraft with the help of fordable and accessible fuel.
NASA accepts as the device will ultimately aid in the mechanization of space. These discoveries may never see the light of day, yet even one of them can change the universe as we know it.