about.subtitle
In this section, we treat the rational consumption of resources not as an abstract environmental mindset, but as an applied engineering and economic discipline. Reducing energy costs while maintaining productivity requires a systemic overhaul of infrastructure: from architectural solutions and the modernization of industrial facilities to the implementation of local load management systems.
AI consumes vast amounts of electricity and fuels global warming, yet it also offers solutions. We'll explore whether this is an absurdity or a genuine chance to escape the vicious cycle.
AI: Events
Technical context • Development
DeepSpeed has received two significant updates: support for training multimodal models and a memory-saving mode using low-precision computations.
AI: Events
Infrastructure
AMD has explained how to run a trillion-parameter language model on a cluster of consumer devices – without the cloud or server farms.
NeuroBlog
Artificial intelligence • Neural Networks
We're breaking down what an artificial neuron has in common with a biological one (besides the name) and why simply increasing their number isn't enough to create an artificial brain.
NeuroBlog
Science & Technology • Technologies
Aerogel is a material that's 99% air, yet it can support a brick and protect from hellish heat. We're breaking down how it works and where it's used.
AI: Events
Infrastructure
Microsoft is testing high-temperature superconductors to power servers: the technology could reduce energy losses and simplify data center infrastructure.
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