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1 Σεπ 2009 · A first order linear differential equation is used to describe the dynamics of an investment fund that promises more than it can deliver, also known as a Ponzi scheme. The model is based on a promised, unrealistic interest rate; on the actual, realized nominal interest rate; on the rate at which new deposits are accumulated and on the ...
- The Mathematics of Ponzi Schemes
A first order linear differential equation is used to...
- External Debt and Ponzi-Games in a Small Open Economy With Endogenous Growth
A Ponzi-game in exter- nal debt, on the contrary, does not...
- The Optimal Design of Ponzi Schemes in Finite Economies
A Ponzi scheme may exist if an economy has a large public...
- Volume 58, Issue 2
Read the latest articles of Mathematical Social Sciences at...
- The Mathematics of Ponzi Schemes
1 Σεπ 2009 · A first order linear differential equation is used to describe the dynamics of an investment fund that promises more than it can deliver, also known as a Ponzi scheme.
2 Απρ 2009 · TLDR. A computational approach to the mathematical model developed by Artzrouni (2009) to study Ponzi schemes is presented, which describes the dynamics of an investment fund that promises higher incomes than those it can effectively offer and simulates the impact on the success or the collapse of the investment fund. Expand.
1 Σεπ 2009 · A first order linear differential equation is used to describe the dynamics of an investment fund that promises more than it can deliver, also known as a Ponzi scheme.
interest to determine what strategies or conditions allow Ponzi scheme promoters to profit or avoid collapse over long periods of time, and under what conditions they easily collapse. Perhaps the most intuitive way to represent a simple Ponzi scheme is using a discrete model of difference equations.
Here we wish to investigate the mathematics of Ponzi schemes by going beyond the simplistic pyramid-type explanations that rely on a more or less rapid doubling of the number of new investors.
The mathematics of Ponzi schemes Marc Artzrouni Department of Mathematics, University of Pau, 64000, FRANCE Abstract A first order linear differential equation is used to describe the dynamics of an investment fund that promises more than it can deliver, also known as a Ponzi scheme.
