Morning Overview on MSN
New memory design lets AI think longer and faster with no extra power
Artificial intelligence has been bottlenecked less by raw compute than by how quickly models can move data in and out of memory. A new generation of memory-centric designs is starting to change that, ...
What is the neuropsychological basis for the brain's ever-changing contextualized goals? I explore this question from the perspective of the Affect Management Framework (AMF).
The Brighterside of News on MSN
New memory structure helps AI models think longer and faster without using more power
Researchers from the University of Edinburgh and NVIDIA have introduced a new method that helps large language models reason ...
A team of UChicago psychology researchers used fMRI scans to learn why certain moments carry such lasting power ...
Designers are utilizing an array of programmable or configurable ICs to keep pace with rapidly changing technology and AI.
The industry hype says "more agents is all you need," but new data shows that strictly sequential tasks and tool-heavy ...
From large language models to whole brain emulation, two rival visions are shaping the next era of artificial intelligence.
Healthy aging induces parallel changes in brain functional activity and structural morphology, yet the interplay between ...
Objective To determine whether a full-scale randomised control trial (RCT) assessing the efficacy and cost-effectiveness of a ...
Chip startup Mythic Inc. today announced that it has closed a $125 million funding round led by DCVC. The venture capital ...
Researchers at Leipzig University's Carl Ludwig Institute for Physiology, working in collaboration with Johns Hopkins ...
Memory swizzling is the quiet tax that every hierarchical-memory accelerator pays. It is fundamental to how GPUs, TPUs, NPUs, ...
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