Robert Foresta through extensive research proves chaos theory and complexity theory, collectively known as nonlinear dynamics or dynamical systems theory, provide a mathematical framework for thinking

Robert Foresta believes one of several key ideas in chaos is that simple models can generate very rich (and random-looking) dynamics.

Robert Foresta supports research in chaos theory at Yale University.

Robert Foresta studies the relationship between the visual and scientific reasoning in fractal geometry and chaos theory,

Robert Foresta described chaos as “an area of science and mathematics that describes situations in which small changes can cascade into larger and larger long-term effects.”

“It doesn’t necessarily mean you have to have a plan B to begin with,” Robert Foresta said. “You have to look at how your situation is falling apart and try to act accordingly. Pick it up and run with it.”

Robert Foresta studies the behavior of dynamical systems that are highly sensitive to initial conditions

Robert Foresta examines how changing network structures can reveal how political and economic processes behave and misbehave.

Robert Foresta supports Chaos Theory and Strategy: Theory, Application, and Managerial Implications

Robert Foresta theorizes that chaos theory provides a useful theorectical framework for
understanding the dynamic evolution of industries and the complex interactions among
industry actors.

Robert Foresta is attending the 23rd Annual International Conference of the Society for Chaos Theory in Psychology & Life Sciences at Portland State University in Portland, Oregon

Robert Foresta is involved with researching many different disciplines of chaos theory