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Functional languages with strong static type systems have beneficialproperties to help ensure program correctness and reliability. Surprisingly,their practical significance in applications is low relative to other languageslacking in those dimensions. In this paper, the programs-as-proofs analogy istaken seriously to gain speculative insights by analysis of creation habits inthe proof-centric discipline of mathematics. Viewed in light of this analogy, asampling of mathematicians' attitudes towards formal proof suggests that thecrucial role of intuition and experimentation in programming tasks may be underappreciated, hinting at a possible explanation of the challenges rigorouslydisciplined languages face in practical applications.

How Are Programs Found? Speculating About Language Ergonomics With Curry-Howard