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The shear/laminar flow of liquids/gas/plasma/biological cells (BC), etc. isequivalent to dislocation-like shear of solids. The turbulent flow is the nextstage of deformation/ multiplication of dislocation-like defects and theirordering in sub-grains and grain-boundaries, then grains slip-rotation in thedirection approximately perpendicular to the shear flow. It is shown that phasetransitions are governed by unified deformation hardening/softening underhydrostatic pressure, particle irradiation and impurity (isotope) chemicalpressure, hard confining conditions and cooling, etc. thus changing electric,magnetic, ferroelectric, thermal, optical properties.1-2 Dislocation-like workhardening, DWH, is determined by non-monotonous properties of dislocationdouble edge-cross-jog slip, and ultrastrong DWH gives the lowest drag for anydislocation-like plasticity at phase transitions. This provides the samemicromechanisms of the ultimate stage of conventional deformation(superfluidity) of ordinary liquids, i.e., water, kerosene and glycerin, liquidand solid He, quasi-particle condensates. The key role of DWH is confirmed forsuperconductivity, integer and fractional quantum Hall effects and theenhancement of ultimate strain and diffusion under deformation down tonanostructures, etc. Phase transformations in biological cells (explosiveevents of diversity and population of species and diseases - for example,locust and plaque bacteria, evolution, aging and cancer,2 bursts in thedevelopment of human intellectual possibilities (languages, culture, arts andsciences, history, etc.) depend on the same deformation effects in biologicalevolution.

Key role of work hardening in superconductivity/superfluidity, heat  conductivity and ultimate strain increase, evolution, cancer, aging and other  phase transitions