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India successfully launched its most powerful rocket, GSLV-Mk3, that will eventually be the vehicle to carry a rover to the moon and a human mission to space by 2022.

A strong demand of a separate time zone by northeast populace has been a matter of great debate for a very long period. However, no implementable solution to this genuine problem has yet been proposed.

Scientists have found a rapid way of creating magnesite, a mineral that can absorb carbon dioxide from the atmosphere, offering a potential solution to global warming.

Egypt and China signed a grant for the implementation of launching satellite Egypt-SAT-2 for remote sensing applications with $45m.

A NASA spacecraft rocketed toward the sun Sunday on an unprecedented quest to get closer to our star than anything ever sent before.

Washington State University researchers have created a sustainable alternative to traditional concrete using coal fly ash, a waste product of coal-based electricity generation.

In collaboration with a nature reserve in Namibia, researchers funded by the SNSF are developing a new approach to counting animals: combining drone flights and automated image analysis.

India has consistently been climbing up its Global Innovation Index (GII) rankings since 2015, but the country still has to improve on many indicators to catch up with China and others in the list of 126 nations.

Brian Gitta, 24, has reportedly become the first Ugandan to win the prestigious Africa Prize for Engineering Innovation, after he invented a device which tests malaria without drawing blood.

The existence of a chemosynthetic subseafloor biosphere was immediately recognized when deep-sea hot springs were discovered in 1977. However, quantifying how much new carbon is fixed in this environment has remained elusive. In this study, we incubated natural subseafloor communities under in situ pressure/temperature and measured their chemosynthetic growth efficiency and metabolic rates. Combining these data with fluid flux and in situ chemical measurements, we derived empirical constraints on chemosynthetic activity in the natural environment.

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