Elon Musk’s SpaceX has sought regulatory approval to launch an ambitious constellation of up to one million satellites that would orbit Earth and use solar energy to power artificial intelligence data ...

In this video, we analyze how efficient air launch to orbit really is by comparing the energy requirements with traditional ground launches. Learn where air launch helps, where it falls short, and ...

Forget the chip shortage - the AI revolution is about to break the power grid, and the next big trade isn't on Earth.

If space-based AI computing is the future, SpaceX is the most ideally placed to operate AI-ready satellite clusters.

The goal is to leverage extraterrestrial conditions to address terrestrial constraints, such as energy consumption or server cooling. Among ongoing projects, Google has unveiled Project Suncatcher, an ...

Japan’s OHISAMA Project is a practical demonstration of space-based solar power (SBSP)—which, if scaled up, could solve many ...

In the age of rapid tech advancements, artificial intelligence is not confined to the terrestrial landscape. In futuristic ...

Explore how Google's Project Suncatcher aims to address AI's energy demands with solar-powered datacentres in low-earth orbit.

Space-based solar power represents a transformative shift in renewable energy, capturing sunlight in orbit and transmitting electricity to Earth continuously. Orbiting photovoltaic arrays receive ...

Not just thousands. In an FCC filing, the company mentions deploying up to a staggering 'one million satellites' in orbits ...

"We are on Day 1. A lot more needs to be done." ...