percolation

The text reminded me of one of Veritasium's latest videos [1] about power law, self-organized criticality, percolation, etc...

That percolation is also translation of what they say to things that are relevant at my level.

For example, I recently did a computer science programming assignment (coursera data structures) about percolation and phase transitions.

Even if foundational models have plateaued (They haven’t) the technology percolation will take months and years for the effects to be seen.

The percolation of fluids through disordered media, such as petroleum through fractured rock beds, or water through filter paper, such as in chromatography.

Sharp transitions are common in threshold systems with feedback (epidemics, percolation, branching processes).

They also have Alert queries, which are similar to ElasticSearch percolation feature.

You mean one particular percolation problem, I assume.

Disadvantage of such soil is that the percolation rate goes against zero.

There's no reason why messaging should be a market that can be dominated by a single player over more than the social network percolation timescale.

I haven't seen this anywhere else (yet); this visualization technique deserves more percolation (pun intended).

For example, the effective behavior of composite materials often exhibits large changes associated with transitions in the connectedness or percolation properties of a particular phase.

Just to clarify because one might interpret your statement to mean that percolation problems in general don't have exact formulas for their solution but the "exact formula" section in your link would say otherwise.

This is very close to the "percolation problem." [0] According to Robert Sedgewick, this particular problem has no known mathematical solution, and the threshold (for a given N) is only obtained through, e.g.