A new mission set to blast off for low-Earth orbit will study magnetic storms around the Earth and learn more about how they ...

Space powered cooling may be the future of energy as traditional cooling systems contribute to global warming by consuming ...

This development could help design technologies for the harshest environments on Earth and in space, where standard materials ...

Ultimately, he said, space-based solar energy is like most novel ideas. “It’s hard to tell if it’s nuts until you’ve actually tried.” Read more from Tomorrow Transformed: ...

Thus, you could say that Space.com and dark energy have grown up together — and during this growth, we also charted the progress of its older dark universe sibling, dark matter, the birth of ...

While space-based energy may sound a little out there, they aren’t the only major organization looking to outer space for our ever-growing clean energy needs. NASA has also taken an interest in ...

Even in empty space, this vacuum energy is non-zero, and what appears to be the 'ground state' in one region of curved space will look different from the perspective of an observer where the ...

So space-based solar shouldn’t be seen as a competitor to Earth-bound solar farms, says a 2022 report on the technology by the European Space Agency. The world needs as much renewable energy as ...

But the cost of space solar energy would still be in the range of US$1-2 per kWh – a tough sell given that US electricity currently retails for less than US$0.17/kWh on average.

Collection receivers on the ground would need to be accordingly large—for a space-based solar plant to generate around one gigawatt of energy, a one-kilometer (.62 mile) solar collector would ...

APPLEONE Group, a Cebu-based property developer, has entered the renewable energy space with the launch of its new subsidiary ...