Foundations · Fast-moving · Advanced
Scaling Laws
Empirical relationships showing that model loss improves predictably as parameters, data and compute increase together.
What Scaling Laws is
Scaling laws let labs forecast the performance of a training run before committing to it, and they guided the decision to build ever larger models.
How it works
Researchers train many small models across a grid of sizes and data budgets, fit a power-law curve to the results, and extrapolate. Compute-optimal analyses showed many early models were undertrained relative to their size.
Why it matters
They explain the industry's capital-intensive trajectory, and the current debate about where returns to pure scale start to flatten.
Common uses
- →Training budget planning
- →Model size selection
- →Research roadmapping
Strengths
- ✓Predictive planning tool
Watch for
- ✓Loss curves do not directly predict downstream usefulness
- ✓Extrapolation beyond measured range is uncertain
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