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  1.  43
    Understanding and attenuating the complexity catastrophe in Kauffman'sN K model of genome evolution.Daniel Solow, Apostolos Burnetas, Ming-Chi Tsai & Neil S. Greenspan - 1999 - Complexity 5 (1):53-66.
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  2.  10
    The role of leadership: What management science can give back to the study of complex systems.Daniel Solow & Joseph G. Szmerekovsky - 2006 - Emergence: Complexity and Organization 8 (4).
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  3.  10
    How to read and do proofs: an introduction to mathematical thought processes.Daniel Solow - 2014 - Hoboken, New Jersey: Wiley.
    The truth of it all -- The forward-backward method -- On definitions and mathematical terminology -- Quantifiers I: the construction method -- Quantifiers II: the choose method -- Quantifiers III: specialization -- Quantifiers IV: nested quantifiers -- Nots of nots lead to knots -- The contradiction method -- The contrapositive method -- The uniqueness methods -- Induction -- The either/or methods -- The max/min methods.
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  4.  21
    How large should a complex system be? An application in organizational teams.William P. Millhiser & Daniel Solow - 2007 - Complexity 12 (4):54-70.
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  5.  24
    How large should a complex system be? An application in organizational teams: Research Articles.William P. Millhiser & Daniel Solow - 2007 - Complexity 12 (4):54-70.
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  6.  26
    Mathematical models for explaining the emergence of specialization in performing tasks.Daniel Solow & Joesph Szmerekovsky - 2004 - Complexity 10 (1):37-48.
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  7.  10
    On the challenge of developing a formal mathematical theory for establishing emergence in complex systems.Daniel Solow - 2000 - Complexity 6 (1):49-52.