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  2. Critically discuss Milgram’s experiment, and assess the extent to which the “small-world effect” can be found in the random Poisson network, in the Barabási-Albert “scale-free” network, and in the Watts-Strogatz “small-world” network.

Critically discuss Milgram’s experiment, and assess the extent to which the “small-world effect” can be found in the random Poisson network, in the Barabási-Albert “scale-free” network, and in the Watts-Strogatz “small-world” network.

Description

The experiment that Stanley Milgram conducted in 1967 provided empirical evidence in favour of what is now referred to as the “small-world effect”, namely the fact that the average geodesic distance is small even for very large networks.

Critically discuss Milgram’s experiment, and assess the extent to which the “small-world effect” can be found in the random Poisson network, in the Barabási-Albert “scale-free” network, and in the Watts-Strogatz “small-world” network.

Milgram, S. (1967), The small world problem, Psychology Today, 2, 60-67.


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