- Author interview with Barbara Casu, September 2018.
- Jenkins P., ‘How much of a systemic risk is clearing?’ Financial
Times, 8 January 2018. - Battiston S. et al., ‘The price of complexity in financial
networks’, PNAS, 2016.
3. The measure of friendship - Background from: Shifman M., ITEP Lectures in Particle Physics,
arXiv, 1995. - Pais A. J., Robert Oppenheimer: A Life (Oxford University Press,
2007). - Goffman W. and Newill V.A., ‘Generalization of epidemic theory:
An application to the transmission of ideas’, Nature, 1964. There
are some limits to Goffman’s analogy, however. In particular, he
claimed that the SIR model would be appropriate for the spread
of rumours, but others have argued that simple tweaks to the
model can produce very different results. For example, in a
simple epidemic model, we usually assume people stop being
infectious after a period of time, which is reasonable for many
diseases. Daryl Daley and David Kendall, two Cambridge
mathematicians, have proposed that in a rumour model,
spreaders won’t necessarily recover naturally; they may only stop
spreading the rumour when they meet someone else who’s heard
the rumour. Source: Daley D.J. and Kendall D.G., ‘Epidemics and
rumours’, Nature, 1964. - Landau genius scale.
http://www.eoht.info/page/Landau+genius+scale. - Khalatnikov I.M and Sykes J.B. (eds.), Landau: The Physicist
and the Man: Recollections of L.D. Landau (Pergamon, 2013). - Bettencourt L.M.A. et al., ‘The power of a good idea: Quantitative
modeling of the spread of ideas from epidemiological models’,
Physica A, 2006.
greg delong
(Greg DeLong)
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