Beschreibung
InhaltsangabeHistorical and theoretical introduction to rent, resources and technologies.- Introduction.- Historical and empirical stylized facts.- Classical dynamics, scarcity, and surplus rent.- General static scarcity and marginal rent.- Dynamic and static scarcity, surplus and marginal rent: comparisons and developments.- Specific natural scarcities.- Growth without natural scarcities.- Complex development and relative scarcities.- Relative and absolute scarcities.- Scarce resources and structural rent in static conditions.- Resources, complex and dynamic scarcities, technological rent.- Conclusions and further lines of analysis.- Production and distribution: data, hypothesis and problems.- Introduction.- Basic products and primary commodities (PCC1).- Non-produced means of production (NPMP) and the processes directly using them.- Commodities and processes not directly using NPMP.- Technical coefficients and shares of necessary consumption.- Production techniques.- The viability of the techniques.- Scale constraints of the techniques and technological scarcity.- Production technologies.- Dimension of the economic system.- Some problems: new interdependence between production and distribution.- The order of efficiency (OE).- The levels of activity of the economic system.- The technology of the economic system.- The technology of the economic system.- The order of rentability.- Induced changes in the distribution of income.- Autonomous changes in the distribution of income.- Static analysis and dynamic analysis.- Conclusions.- Order of efficiency.- Introduction.- The general system price-distribution.- The sub-system prices-wage-profit.- The rent sub-system and types of rent.- The central role of NPMP.- Static price-distribution order of efficiency.- The order of efficiency with zero wage and maximum rate of profit.- The order of efficiency with zero profit maximum unit wage.- The order of efficiency with unit wage and rate of profit different fromzero.- The order of physical efficiency.- Comparison among orders of efficiency.- Production with global technologies in static settings.- Introduction.- The physical system with one technique.- Global technologies and splitting coefficients.- The physical system with two techniques.- The physical economic system with k techniques.- Technology and the aggregate economic system.- Technology and the disaggregate economic system.- Changes in efficiency, in activity and efficiency proxies: some premises.- Changes in efficiency and price efficiency.- Growth of the production activity.- Conclusions and further lines of analysis.- Rent, distribution, prices.- Introduction.- The solving sub-system pw and the general system price-distribution.- Total distributive variables and value of the net product.- The order of rentability and its induced changes.- A simple case with one primary commodity and one final commodity.- Induced changes of wages and profits.- Autonomous changes in distribution: general propositions.- Autonomous changes with a stable solving sub-system and the effects on rents.- Autonomous changes with a stable solving sub-system and discontinous rent.- Autonomous changes with variable rents.- Autonomous changes in the solving sub-system with permanent rent.- Reduction in the technology dimension and effects on the distributive variables.- Conclusions.- Non-equiproportional dynamics with compound technologies: productions.- Introduction.- Towards dynamic systems: accumulation and residuals.- Introduction to compound technologies.- Equiproportional maximum growth with only one sub-system.- Non-equproportional growth with two techniques: compound technology and residuals.- The residuals and their possible utilization.- The total variables of the compound technology.- The rates of growth of productions.- The rates of growth of net products.- Comparisons between growth rates of productions and net products.- The rates of net
Autorenporträt
InhaltsangabeHistorical and theoretical introduction to rent, resources and technologies.- Introduction.- Historical and empirical stylized facts.- Classical dynamics, scarcity, and surplus rent.- General static scarcity and marginal rent.- Dynamic and static scarcity, surplus and marginal rent: comparisons and developments.- Specific natural scarcities.- Growth without natural scarcities.- Complex development and relative scarcities.- Relative and absolute scarcities.- Scarce resources and structural rent in static conditions.- Resources, complex and dynamic scarcities, technological rent.- Conclusions and further lines of analysis.- Production and distribution: data, hypothesis and problems.- Introduction.- Basic products and primary commodities (PCC1).- Non-produced means of production (NPMP) and the processes directly using them.- Commodities and processes not directly using NPMP.- Technical coefficients and shares of necessary consumption.- Production techniques.- The viability of the techniques.- Scale constraints of the techniques and technological scarcity.- Production technologies.- Dimension of the economic system.- Some problems: new interdependence between production and distribution.- The order of efficiency (OE).- The levels of activity of the economic system.- The technology of the economic system.- The technology of the economic system.- The order of rentability.- Induced changes in the distribution of income.- Autonomous changes in the distribution of income.- Static analysis and dynamic analysis.- Conclusions.- Order of efficiency.- Introduction.- The general system price-distribution.- The sub-system prices-wage-profit.- The rent sub-system and types of rent.- The central role of NPMP.- Static price-distribution order of efficiency.- The order of efficiency with zero wage and maximum rate of profit.- The order of efficiency with zero profit maximum unit wage.- The order of efficiency with unit wage and rate of profit different from zero.- The order of physical efficiency.- Comparison among orders of efficiency.- Production with global technologies in static settings.- Introduction.- The physical system with one technique.- Global technologies and splitting coefficients.- The physical system with two techniques.- The physical economic system with k techniques.- Technology and the aggregate economic system.- Technology and the disaggregate economic system.- Changes in efficiency, in activity and efficiency proxies: some premises.- Changes in efficiency and price efficiency.- Growth of the production activity.- Conclusions and further lines of analysis.- Rent, distribution, prices.- Introduction.- The solving sub-system pw and the general system price-distribution.- Total distributive variables and value of the net product.- The order of rentability and its induced changes.- A simple case with one primary commodity and one final commodity.- Induced changes of wages and profits.- Autonomous changes in distribution: general propositions.- Autonomous changes with a stable solving sub-system and the effects on rents.- Autonomous changes with a stable solving sub-system and discontinous rent.- Autonomous changes with variable rents.- Autonomous changes in the solving sub-system with permanent rent.- Reduction in the technology dimension and effects on the distributive variables.- Conclusions.- Non-equiproportional dynamics with compound technologies: productions.- Introduction.- Towards dynamic systems: accumulation and residuals.- Introduction to compound technologies.- Equiproportional maximum growth with only one sub-system.- Non-equproportional growth with two techniques: compound technology and residuals.- The residuals and their possible utilization.- The total variables of the compound technology.- The rates of growth of productions.- The rates of growth of net products.- Comparisons between growth rates of productions and net products.- The rates of net pro
