I disagree. E-graphs as a data structure are used to represent an exponential combination of terms in a manageable (ie polynomial) structure. Thus, it is intere

I disagree. E-graphs as a data structure are used to represent an exponential combination of terms in a manageable (ie polynomial) structure. Thus, it is interesting to know what the limits of that "compression" are - what we can do in the polynomial representation and when we have to fall back to an exponential (or make compromises).