A case study in what language models miss There is a place called EC. Not on any map. Not in any encyclopedia. Not in the Wikipedia article about East Cleveland , which mentions Millionaire’s Row, the historic Nela Park, and the median household income of $22,883. EC doesn’t appear there. It doesn’t appear in the Case Western encyclopedia of Cleveland history either, or in the tourism guides, or in the civic databases. EC is what everybody in the schools calls it. It’s what you call it when you’re from there, or when you’ve worked there long enough to be trusted with the name. It lives in hallways. In the way a kid says where they’re from. In the mouths of teachers who actually showed up. This week, historian Ada Palmer and cryptographer Bruce Schneier published a piece in The Guardian arguing that large language models have a fundamental blind spot: trained almost entirely on written text, they learned language at its most formal, edited, and archived—and missed the vas...
A Field Guide to Reading Family History Under a Microscope I found it in the back of a kitchen drawer, wrapped in a dish towel that had probably been white during the Nixon administration. The knife was heavy. Not awkward—deliberate. The blade was still sharp enough to split a tomato without a whisper. The handle was cracked but solid, warm in the hand the way old tools are. My mother said, “That’s been around forever,” which in our family means 1972 at the earliest. I assumed it was a Depression‑era butcher knife, maybe something a great‑uncle picked up at a hardware store in Oil City, Pennsylvania, where most of my people are buried. I was wrong by more than a century. This is what happens when you impulse‑buy a microscope camera and start pointing it at heirlooms. Objects stop being sentimental and start being legible. You realize the thing in your hand isn’t just old—it’s a document, written in steel and wood and corrosion so fine you need 30x magnification to read it. The Bl...
Why Your AI Burns Kilowatts While Your Brain Runs on a Light Bulb Current AI systems are attempting cortical-level cognition without cerebellar-level coordination. We've built the executive function without the foundational substrate that makes biological cognition efficient, fluid, and felt . The numbers tell the story: 80% of the human brain's neurons reside in the cerebellum, yet virtually zero percent of AI architecture attempts to model its function. We've been scaling up the wrong 20%. The Cerebellum Does More Than We Thought Recent neuroscience reveals the cerebellum isn't "just" motor coordination—it coordinates cognitive sequences, predictions, timing, and pattern completion across all mental operations. It's the difference between laboriously thinking through each word and feeling when a sentence is complete. Between calculating and knowing . This has profound implications for artificial intelligence. The Energy Problem Is an Architecture Proble...
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