John Lewis, a high-end department store chain in the UK, briefly listed a new Kindle that’s not available from anybody else. It’s the upcoming 12th-generation Kindle ereader that Amazon has yet to announce, though its information has leaked quite a few times before Lewis prematurely posted a listing for it. While that listing is no longer live, Good Ereader and The Verge were able to take screenshots and take note of the device’s specs. Amazon called the 12th-gen basic Kindle the “lightest and most compact” one it has ever designed, with a 6-inch 300 ppi display and 16GB of storage, in the retailer’s description.

Its front light is 25 percent brighter at max setting than previous versions, and it has a higher contrast ratio, but you still won’t be able to turn the light cooler or warmer like you could on more expensive Kindles. The device will enable faster page turns than previous Kindles, though, and has a new dark mode feature that inverts the e-ink display’s colors, according to The Verge. If you prefer listening to your books, you can fire up Audible on the new Kindle and connect your headphones or speakers to it via Bluetooth, as well.

In addition to the basic 12th-gen Kindle, John Lewis also posted the listing for its Kids Edition version. It’s the same device, except it ships with a colorful case and comes with a free six-month subscription to Amazon Kids+. Previous Kids Edition Kindles came with a year-long free membership to the subscription service, but for this one, you’d have to pay $6 a month for continued access to curated books, videos and games for children after half a year. As for the 12th-gen Kindle itself, the John Lewis listing said it will set you back £95 ($124) or around £10 more than the previous version. Meanwhile, the Kids Edition will cost you a bit more, as the retailer listed it for £115 ($150).

Google to use small nuclear reactors for powering AI

Google has partnered with Kairos Power to explore using small nuclear reactors to power its artificial intelligence (AI) operations, marking a major development in how the tech industry is addressing the increasing energy demands of AI. This agreement represents a shift towards sustainable energy solutions as AI technologies continue to grow rapidly.

The partnership aims to have Kairos Power’s first small modular reactor (SMR) operational by 2030, with plans to bring additional reactors online through 2035. Together, these reactors are expected to produce up to 500 megawatts of power, offering a stable and carbon-free energy source for Google’s data centers. This move is part of Google’s broader efforts to support its clean energy goals and maintain the growth of its AI operations.

 

As part of our commitment to clean energy, we’re signing the world’s first corporate agreement to purchase nuclear energy from multiple small modular reactors to be developed by @KairosPower. Learn more → https://t.co/K9nv7J9L4Q pic.twitter.com/GNuLs1dNA5

— Google (@Google) October 14, 2024

 

Google highlighted thebenefits of advanced nuclear technology in a statement, noting that the new generation of reactors provides a way to speed up nuclear energy deployment due to their simplified design and improved safety features. A senior director of energy and climate at Google further emphasized the importance of nuclear power in enabling clean growth, stating, “The grid needs these kinds of clean, reliable sources of energy that can support the build-out of these technologies.”

This collaboration is part of a broader trend in the tech industry. Other major companies, such as Microsoft and Amazon, are also exploring nuclear energy solutions. Microsoft recently announced plans to use power from the Three Mile Island nuclear facility, while Amazon has invested in a nuclear-powered data center campus. These initiatives reflect a growing interest among tech giants in finding reliable and sustainable energy sources to keep up with the rising energy consumption associated with AI.

Kairos Power’s SMR technology uses a molten-salt cooling system, which is expected to enhance safety and efficiency compared to traditional reactors. However, despite the potential benefits, the technology is still in its early stages and must gain regulatory approval before it can be widely adopted.

While nuclear energy offers a steady power supply that is less variable than solar or wind, it remains a topic of debate due to concerns over waste management, accident risks, and high costs. Nonetheless, with AI’s energy requirements continuing to rise, nuclear power is emerging as a promising solution for meeting the energy needs of the future.

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