What's happened
Researchers are developing lasers that utilize bacteria's photosynthetic abilities to convert sunlight into energy. This technology, part of the APACE project, aims to support space missions and provide clean energy on Earth, potentially revolutionizing power generation in space and beyond.
Why it matters
What the papers say
The Scotsman highlights the project's ambition to create a new type of laser powered by sunlight, emphasizing the potential for sustainable power generation in space. Professor Erik Gauger from Heriot-Watt University describes it as a 'breakthrough in space power,' noting the efficiency of bacteria in harnessing sunlight. The Independent echoes this sentiment, detailing the project's aim to develop technology that could support lunar and Mars missions while also providing clean energy on Earth. Metro adds context by discussing the broader implications of space-based solar power, suggesting it could lead to limitless renewable energy, although challenges remain in implementation. Together, these sources illustrate a promising yet complex landscape for the future of energy generation.
How we got here
The APACE project seeks to harness the natural light-harvesting capabilities of photosynthetic bacteria. This initiative aims to create sustainable energy solutions for space exploration and terrestrial applications, addressing the challenges of power generation in remote environments.
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