Test‑time learning as permanent memory

Updated: 2026.01.14 14D ago 1 sources
Models are moving from static weights plus ephemeral context to architectures that compress ongoing context into their weights at inference time (test‑time training). This approach promises constant‑latency long‑context comprehension and continuous personalization by integrating conversation history as training data rather than storing it verbatim. — If test‑time learning becomes standard, it will change privacy, compute economics, auditability, and who controls model evolution—requiring new governance (provenance, update logs, liability and verification) and altering the pace of capability diffusion.

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Links for 2026-01-14
Alexander Kruel 2026.01.14 100% relevant
Nvidia’s TTT‑E2E blog (learn‑at‑test claims and ×2.7–×35 speedups), Engram/DeepSeek work on conditional memory, and SimpleMem/Recursive LM papers cited in the post.
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