One Idea: Why n Is Usually Bigger Than m

Bias is the tilt. Two exponents decide how hard it bites. The math sits under everything in part 01.

Infinity Blip applies its lean as a pair: biasⁿ on one axis and (1 − bias)ᵐ on the other.

- n is the exponent on the bias side. Raising it sharpens the lean, so the preferred region rises more steeply in probability mass.

- m is the exponent on the complement, the opposing axis.

According to the Bias Weights Guide, the gap between n and m is the main source of controllable direction. That is why typical settings keep n > m. The Edge tool defaults to n = 3 and m = 1.

Two ways to adjust:

- Keep n and m fixed and move bias to change where the lean points and how strong it is.

- Keep bias fixed and move n and m to change how sharply the field favours certain families of atoms.

One caution from the guide: very high bias plus high n can over-concentrate the field and reduce the variety of reasoning patterns.

Soft door: try one Edge call with the defaults before you touch the exponents. Start at Members.