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A recent description of the highly viscous flow ascribes it to irreversiblethermally activated Eshelby transitions, which transform a region of theundercooled liquid to a different structure with a different elastic misfit tothe viscoelastic surroundings. The description is extended to includereversible Eshelby transitions, with the Kohlrausch exponent $\beta$ as a freeparameter. The model answers several open questions in the field.

Eshelby description of highly viscous flow -- half model, half theory