Insights
Large language models respond to emotionally charged inputs with contextually appropriate outputs, but the mechanism by which they represent, propagate, and modulate emotional tone through their internal layers remains poorly understood. Do emotions "live" in specific layers? Is the signal carried by the attention mechanism, the MLP, or the residual stream itself? And when a model is instructed to be a "helpful assistant," does its internal representation remain emotionally neutral, or does it mirror the user's emotional state?
The tool is never the bottleneck. The bottleneck is everything the tool cannot see, cannot access, and does not know it should ask about. The
An organisation that cannot remember what it decided, or why, is condemned to decide the same things over and over again, each time believing it is the first.
This report presents the results of a systematic evaluation of 22 quantized open-source language models across description generation tasks, measuring quality, JSON reliability, and inference efficiency.
Your best feature may be destroying your margins, and your engineering team has no idea. This article isn’t about AI as a productivity tool.
“The information you never see is, by definition, the information you cannot evaluate. And when the machine decides what is relevant on your behalf,
Large language models respond to emotionally charged inputs with contextually appropriate outputs, but the mechanism by which they represent, propagate, and modulate emotional tone through their internal layers remains poorly understood. Do emotions "live" in specific layers? Is the signal carried by the attention mechanism, the MLP, or the residual stream itself? And when a model is instructed to be a "helpful assistant," does its internal representation remain emotionally neutral, or does it mirror the user's emotional state?
The tool is never the bottleneck. The bottleneck is everything the tool cannot see, cannot access, and does not know it should ask about. The
An organisation that cannot remember what it decided, or why, is condemned to decide the same things over and over again, each time believing it is the first.
This report presents the results of a systematic evaluation of 22 quantized open-source language models across description generation tasks, measuring quality, JSON reliability, and inference efficiency.
Your best feature may be destroying your margins, and your engineering team has no idea. This article isn’t about AI as a productivity tool.
“The information you never see is, by definition, the information you cannot evaluate. And when the machine decides what is relevant on your behalf,
Large language models respond to emotionally charged inputs with contextually appropriate outputs, but the mechanism by which they represent, propagate, and modulate emotional tone through their internal layers remains poorly understood. Do emotions "live" in specific layers? Is the signal carried by the attention mechanism, the MLP, or the residual stream itself? And when a model is instructed to be a "helpful assistant," does its internal representation remain emotionally neutral, or does it mirror the user's emotional state?
The tool is never the bottleneck. The bottleneck is everything the tool cannot see, cannot access, and does not know it should ask about. The
An organisation that cannot remember what it decided, or why, is condemned to decide the same things over and over again, each time believing it is the first.
This report presents the results of a systematic evaluation of 22 quantized open-source language models across description generation tasks, measuring quality, JSON reliability, and inference efficiency.
Your best feature may be destroying your margins, and your engineering team has no idea. This article isn’t about AI as a productivity tool.
“The information you never see is, by definition, the information you cannot evaluate. And when the machine decides what is relevant on your behalf,