Explaining Myanmar's regime transition: the periphery is central

SRC1, central to the nuclear periphery

says, " since its behavior is reminiscent of the MGM lion. " The team's movies of vesicle opening dynamics confi rmed previous results that both the speed of opening and the ultimate size of the pore were calcium dependent, with lower concentrations causing faster and smaller openings. When they treated vesicles with strontium to prevent them from closing, the bright spots remained, rather than...

Explaining Regime Change : a Directed Acyclic Graph

Special section: smarter periphery, easier central processing

In 2010, at the 11th International Conference on the Simulation of Adaptive Behavior, a workshop was organized on the topic 'Smarter periphery, easier central processing' by Dieter Vanderelst and Herbert Peremans, from the University of Antwerp, and myself under the auspices of the ChiRoPing project (FP7-ICT-2007-1 Project number 215370). Its goal was to explore the implications of the embodied...

Explaining the increase in inequality during transition

This paper attempts to explain the increase in inequality that has been observed in all transition economies by constructing a simple model of change in composition of employment during the transition. The change consists of the ‘hollowing-out’ of the state-sector middle class as it moves into either the ‘rich’ private sector or the ‘poor’ unemployed sector. The predictions of the model are con...

Tunneling transition to the Pomeron regime 1

We point out that, in some models of small-x hard processes, the transition to the Pomeron regime occurs through a sudden tunneling effect, rather than a slow diffusion process. We explain the basis for such a feature and we illustrate it for the BFKL equation with running coupling by gluon rapidity versus scale correlation plots. PACS 12.38.Cy Work supported in part by the E.U. QCDNET contract...