Mining the Cosmos
Asteroid mining is to develop space technologies for helping space mining companies planning
to extract rare mineral from asteroids. Our idea is to develop knowhow for low gravity
exploration beyond present knowhow.
There are Several companies presently involved in the development and manufacturing of space
machines, and we believe our work could be of great benefit for such companies that are
already investing heavily in planning to search for rare minerals in space.
We are presently inviting potential partners to put our theories into practice and build
research labs to start the research work.
Several companies are already actively involved in exploring ideas on how asteroid mining
could be made a reality. some companies appear to focus on the robotic mining dimension and
others on how to develop technologies for resource extraction and transportation.
All earth resources are finite and the future of humanity stands on our ability to extend
our presence in the Cosmo.
Asteroid exploration will be the first step in our expansion into the Cosmo.
Near earth asteroids exploration could mark the first step in our cosmic expansion and then
the asteroid belt with its endless mineral wealth.
According to “The Asteroid Mining Corporation” a uk company founded in 2016 and based in the
U.K, the asteroid belt is the best way to expand human expansion.
Asteroid Mining Corporation
Proposes to have robots to mine metals in the asteroid belt,
and they are confident that the difficulties of landing machines on asteroids will become as
easy as landing a drone in your next door garden.
Pioneering Low Gravity Labs for Asteroid Mining
The work of astronauts in orbit around the Earth today concerns various sectors ranging
from the medical fields, to the science of materials to propulsion behaviour at zero
gravity.
Easy access to low gravity labs on Earth would revolutionise our world.
The economic and environmental benefits will be immense.
Mining for rare minerals on Earth, while crucial for the transition to renewable energy,
has significant environmental consequences, including pollution of air, water, and soil,
as well as habitat destruction and disruptions to ecosystems. The extraction process
itself is energy-intensive and generates substantial waste, including dust, waste gas,
wastewater, and radioactive residue.
The impacts extend beyond immediate mining sites, affecting local communities and global
ecosystems.
Worse than that they are finite. We aim to create low gravity labs on Earth and to
develop scientific methods that will allow robotic exploitation of rare mineral
resources on asteroids technically and financially feasible in a manner at present
unimaginable.
Vision
Our vision is to develop AI softwares for Robots and design concepts tailored for the lightest and strongest materials that are vital in space environment.
Contact Us
Head Office - UK
182 Cranbrook Road, Ilford, London, UK
Telephone: +44 0208-554-8411
Country Office - Italy
Prof. Christian Corda,
via Bixio 4, 59100 Prato, Italy
Telephone: +39 380-341-6037
Country Office - Bangladesh
House # 3, Road # 2/2, Banani,
Dhaka-1213, Bangladesh
Telephone: +44 0208-554-8411
Country Office - France
173, rue de Charenton 75012 Paris – France
Telephone: +33 0175-770573
Country Office - India
Kenath Arun
Department of Physics and Electronics
Christ University
Hosur Road, Bangalore 560029, Karnataka, India
Telephone: +91 80-4012-9083
Get in Touch
