Context
The topics vocabulary in luria.yaml is closed, and a word it lacks is added
by decision, with a label and a blurb. learning-theory’s blurb read:
“why learning generalizes — compression and description length, Kolmogorov
complexity and sufficient statistics, rate–distortion and PAC-style bounds,
model selection”.
On 2026-10-09 the record took in a run of papers whose subject is how
networks learn rather than why they generalize: exact and closed-form
training dynamics (LIT-855, LIT-859, LIT-862), grokking (LIT-858), the
statistical physics of attention (LIT-857) and topological change during
training (LIT-861). Five readers reported the same gap. Each tagged the work
learning-theory as the nearest fit and said the blurb did not cover it.
Older entries had done the same (LIT-370, LIT-242).
Decision
learning-theory keeps its label and widens its blurb to:
why learning generalizes and how it proceeds — compression and description length, Kolmogorov complexity and sufficient statistics, rate–distortion and PAC-style bounds, model selection; and training dynamics: solvable models of learning trajectories, stages, plateaus and phase transitions in training, and the implicit bias of optimisation. A work whose subject is how to train a model better is ML practice and goes to the anthology
The entries already tagged this way stand as tagged. No retagging is needed.
Alternatives
- A separate
training-dynamicsword. Offered to the owner, who chose widening instead. The works sit on both sides at once: implicit bias explains generalization through the dynamics, and grokking is a generalization result reached through a trajectory. Two words would split one literature. - Leave the blurb. Rejected: the guard catching the same gap five times in a day is a bug report about the vocabulary, not about the readers.
Consequences
Readers filing training-dynamics work now have a word that says what they
mean. The boundary with the anthology is unchanged: theory of how learning
proceeds is held here; advice on training is the anthology’s
(training-optimization).