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Using the Generalised Lotka Volterra (GLV) model adapted to deal with muti agent systems we can investigate economic systems from a general viewpoint and obtain generic features common to most economies. Assuming only weak generic assumptions on capital dynamics, we are able to obtain very specific predictions for the distribution of social wealth. First,… (More)

- Lev Muchnik, Royi Itzhack, Sorin Solomon, Yoram Louzoun
- Physical review. E, Statistical, nonlinear, and…
- 2007

The rapid accumulation of knowledge and the recent emergence of new dynamic and practically unmoderated information repositories have rendered the classical concept of the hierarchal knowledge structure irrelevant and impossible to impose manually. This led to modern methods of data location, such as browsing or searching, which conceal the underlying… (More)

1 Abstract A generic model of stochastic autocatalytic dynamics with many de-The time evolution of the w i 's combines a random multiplicative dynamics w i (t + 1) = w i (t) at the individual level with a global coupling through a constraint which does not allow the w i 's to fall below a lower cutoo given by c w, where w is their momentary average and 0 <… (More)

- Ofer Malcai, Ofer Biham, Peter Richmond, Sorin Solomon
- Physical review. E, Statistical, nonlinear, and…
- 2002

The dynamics of generalized Lotka-Volterra systems is studied by theoretical techniques and computer simulations. These systems describe the time evolution of the wealth distribution of individuals in a society, as well as of the market values of firms in the stock market. The individual wealths or market values are given by a set of time dependent… (More)

- Michael Golosovsky, Sorin Solomon
- ArXiv
- 2012

Statistical distributions with heavy tails are ubiquitous in natural and social phenomena. Since the entries in heavy tail have unproportional significance, the knowledge of its exact shape is very important. Citations of scientific papers form one of the best-known heavy tail distributions. Even in this case there is a considerable debate whether citation… (More)

The Generalized Lotka-Volterra (GLV) model: w i (t + 1) = w i (t) + a w(t) ? c w(t)w i (t) ; i = 1 provides a general method to simulate, analyze and understand a wide class of phenomena that are characterized by power-law probability distributions: P (w)dw w ?1? dw (1) and truncated Levy ights uctuations L (w).

- Ravi Mehta, Amar Cheema, +26 authors Lance Holbert
- 2012

- Nava Rubin, Shaul Hochstein, Sorin Solomon
- Vision Research
- 1995

We tested human ability to recover the 3D structure and motion information from time-varying images where only 1D motion cues were available. Under these conditions, observers exhibit poor performance in discriminating between two perpendicular axes of rotation, or discriminating between rigid and non-rigid 3D motion. This behavior of the visual system is… (More)

- Nava Rubin, Sorin Solomon, Shaul Hochstein
- Vision Research
- 1995

Recovering 3D information from a 2D time-varying image is a vital task which human observers face daily. Numerous models exist which compute global 3D structure and motion on the basis of 2D local motion measurements of point-like elements. On the other hand, both experimental and computational research of early visual motion mechanisms emphasize the role… (More)

- Sorin Solomon
- 2007

We study a few dynamical systems composed of many components whose sizes evolve according to multiplicative stochastic rules. We compare them with respect to the emergence of power laws in the size distribution of their components. We show that the details specifying and enforcing the smallest size of the components are crucial as well as the rules for… (More)