“WHEN I FIRST LOOKED BACK AT THE EARTH STANDING ON THE MOON I CRIED”(Alen Shephard)
MARINE RESEARCH
Many things is heard and said about marine research and technology,but the question arises is it is that easy to just construct some parts/machines and go on for engineers
The deepest point under water, the Challenger Deep in the Pacific Ocean, is 11,000 metres deep, more than the height of Mount Everest.
The light doesn’t penetrate to such depths. Still, that little-known world is crucial for the future of the planet.Sonar is an old technology, first invented in the 1910s. It uses sound waves to determine what is under water and what the seabed looks like. With this technology, a surface vessel can roughly map even the deepest points of the ocean. Seabed 2030 turns data like this into a map and makes it public.
SPACE RESEARCH
According to NASA the futuristic scopes in space in basic level includes– a lunar levitation track system, light bending lunar power system, method for making soil from asteroid material, and more – could help revolutionize NASA’s technology toolbox and pioneer new kinds of missions. More than a dozen researchers from within the agency, industry.
As the generation is moving apart the future in space will require assist from Ai and robotics to the astronauts
Some of the futuristic scopes in space includes:
Robots,
5G space network
Home on Mars
Commercial space travel and many more.
CONCLUSION
The field of space technology is an ever-evolving and highly dynamic modern industry. There’s certainly no shortage of future space tech news with seemingly endless possibilities for knowledge development, space exploration, and even commercial ventures.

Alveena Aafreen

University/College name : Ashutosh college