Formation, current status and prospects of ecological modernization in ensuring sustainable development

В статье рассматривается основные этапы формирования экологической модернизации. Представлены основные направления экологической модернизации, дана схема соподчинения теоретических основ экологической модернизации в исторической ретроспективе. Проанализированы основные направления реализации экологической модернизации в России и в Китае. Сделан вывод о том, что распространение ЭМ возможно только через «озеленение» экономики, при этом будет обеспечено устойчивое развитие, направленное на улучшение состояния окружающей среды и здоровья человека, внедрение ресурсосберегающих и природоохранных технологий и обеспечение достойных условий жизни для нынешнего и будущих поколений. The article discusses the basic stages of formation of ecological modernization (EM). The authors overview the main directions of ecological modernization, give the scheme of subordination of the oretical bases of ecological modernization in historical retrospective. The authors analyze the main directions of ecological modernization both in Russia and China and conclud that the spread of EM is only possible through "greening" of the economy, which at the same time will ensure sustainable development, aimed at improving environment and human health, introduction of resource-saving and environmental technologies to ensure decent living conditions for the present and future generations

One particle spectral weight of the three dimensional single band Hubbard model

Dynamic properties of the three-dimensional single-band Hubbard model are studied using Quantum Monte Carlo combined with the maximum entropy technique. At half-filling, there is a clear gap in the density of states and well-defined quasiparticle peaks at the top (bottom) of the lower (upper) Hubbard band. We find an antiferromagnetically induced weight above the naive Fermi momentum. Upon hole doping, the chemical potential moves to the top of the lower band where a robust peak is observed. Results are compared with spin-density-wave (SDW) mean-field and self consistent Born approximation results, and also with the infinite dimensional Hubbard model, and experimental photoemission (PES) for three dimensional transition-metal oxides.Comment: 11 pages, REVTeX, 16 figures included using psfig.sty. Ref.30 correcte