This paper aims to demonstrate the links between inequality, economic growth and technological change. The latter combined with human capital distinguishes skilled unskilled workers which leads rising inequality. Thus, we analyse theoretical empirical growth, change, school enrolment, openness, unemployment income Therefore, aim of this is show that change one key elements inequality dynamics. ...

Long run economic growth has again become a major focus of economic theory. A perception of technological change as an economic process with externalities has motivated the development of aggregate models that generate different steady state growth paths. Economic history has also long been interested in long-run economic growth. This paper engages in a dialog between growth theory and the hist...

An entrepreneurially oriented educational institution that transfers existing knowledge and/or creates new knowledge has the capacity to generate significant economic growth. This is the case of Stanford University, which had a key role in the development of Silicon Valley, reinforced by government support that made it possible for the region to become a world innovation hub, attracting and cir...

Is financial innovation necessary for sustaining economic growth? To address this question, we build a Schumpeterian model in which entrepreneurs earn profits by inventing better goods and profit-maximizing financiers arise to screen entrepreneurs. The model has two novel features. First, financiers engage in the costly but potentially profitable process of innovation: they can invent better me...

Contrary to common belief, both the Earth’s human population and its economic output have grown faster than exponential for most of the known history. These growth rates are compatible with a spontaneous singularity occuring at the same critical time 2052± 10 signaling an abrupt transition to a new regime. In support, a multivariate analysis coupling population, capital, R&D and technology show...

Contrary to common belief, both the Earth’s human population and its economic output have grown faster than exponential, i.e., in a super-Malthusian mode, for most of the known history. These growth rates are compatible with a spontaneous singularity occuring at the same critical time 2052±10 signaling an abrupt transition to a new regime. The degree of abruptness can be infered from the fact t...