Google’s Project Suncatcher explores scaling AI compute in space using TPUs powered by sunlight, with prototype satellites ...

Solar power is surging across the U.S. as costs plummet and companies ramp up large-scale commercial projects, but experts say the green industry faces an uncertain future as the Trump administration ...

A new solar project in Oregon, Illinois, pairs panels with battery storage to deliver cleaner, more reliable energy to local ...

Solar-powered satellite clusters with TPUs and laser links aim to create a scalable off-planet data centre, with a pilot ...

The public relations enthusiasm comes around yet again for these vehicles, as it does for flying cars, but how realistic is ...

To achieve data centre-level performance, the satellites would need to support inter-satellite links capable of tens of ...

UNSW researchers are working towards a new generation of solar technology that could make sunlight work smarter – by turning one particle of ...

Google’s Project Suncatcher aims to power AI data centers from space using solar satellites — a bold new step in the future ...

Semafor reported that the company plans to deploy the first pair of TPU-equipped satellites in 2027. The pilot will be ...

In the race to make solar energy cheaper and more efficient, a team of UNSW Sydney scientists and engineers have found a way to push past one of the biggest limits in renewable technology.

Google is starting a new research moonshot called Project Suncatcher to “one day scale machine learning in space.” ...

The tech industry is on a tear, building data centers for AI as quickly as they can buy up the land. The sky-high energy costs and logistical headaches of managing all those data centers have prompted ...