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modeling of cascading failures. His group has studied implications of these methods for the recovery of lost function in biological and ecological networks and for the control of complex networks in general. His first publication in network science established the three degrees of separation for
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in 2013. In 2014 he was identified among the 30 most promising scientists under the age of 40 born in Latin
America, according to a survey conducted jointly by the magazine Qué Pasa and the blog LatinAmericanScience.org. In 2015, the Simons Foundation named Motter one of their Fellows in Theoretical
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of power grids and other complex networks. Together with his former student Z. Nicolaou, he designed a class of mechanical metamaterials that exhibit longitudinal negative compressibility. He has devised local methods for cascade control in distributed systems and his team advanced the large-scale
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In other areas, most noticeably chaos theory, he is known for accommodating the formalism of chaos theory within general relativity. Along with colleagues, he also formalized the concept of doubly transient chaos in dissipative dynamical systems and discovered that network dynamics can exhibit
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Together with Marc Timme, he wrote the review “Antagonistic
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sensitive dependence on network structure much in the same way chaotic dynamics exhibits sensitive dependence on initial conditions or parameters.
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Synchronization Landscape Reveals Compensatory Structures, Quantization, and the Positive Effect of Negative Interactions
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and in 2020 was named a Fellow of the
Network Science Society. In 2022, Motter received the Senior Scientific Award of the
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Better power grid synchronization may enable smart grids to self-recover from failures
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Doubly transient chaos: Generic form of chaos in autonomous dissipative systems
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Ecosystems from Extinction Cascades through Compensatory Perturbations
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in network biology as well as methods to control the nonlinear dynamics of
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Sensitive dependence of optimal network dynamics on network structure
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American Association for the Advancement of Science
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Mechanical metamaterials with negative compressibility transitions
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Motter has contributed to the study of nonlinear phenomena in
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Controllability transition and nonlocality in network control
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Motter A. E., Gulbahce N., Almaas E., and
Barabasi A.-L.,
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Motter A. E., Myers S. A., Anghel M., and Nishikawa T.,
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American Association for the Advancement of Science (AAAS)
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Work with Power Grids Leads to Cell Biology Discovery
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383:Predicting Synthetic Rescues in Metabolic Networks
495:Motter A. E., Gruiz M., Károlyi G., and Tel T.,
525:, Annu. Rev. Condens. Matter Phys 9, 463 (2018).
459:NECO - A scalable algorithm for NEtwork COntrol
431:Cornelius S. P., Kath W. L., and Motter A. E.,
357:Cascade Control and Defense in Complex Networks
333:, Proc. Natl. Acad. Sci. USA 107, 10342 (2010).
499:, Physical Review Letters 111, 194101 (2013).
282:, Physical Review Letters 117, 114101 (2016).
180:, where he has helped develop the concept of
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486:, Physical Review Letters 91, 231101 (2003).
359:, Physical Review Letters 93, 098701 (2004).
307:, Phys.Org, February 22, 2013, by Lisa Zyga.
293:Spontaneous synchrony in power-grid networks
280:Symmetric States Requiring System Asymmetry
523:Antagonistic Phenomena in Network Dynamics
484:Relativistic Chaos is Coordinate Invariant
385:, Molecular Systems Biology 4, 168 (2008).
249:CAREER Award in 2011, and was awarded the
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368:Yang Y., Nishikawa T., and Motter A. E.,
625:Fellows of the American Physical Society
316:Motter A. E., Zhou C. Z. and Kurths J.,
254:Physics. He is an elected Fellow of the
508:Nishikawa T., Sun J. and Motter A. E.,
435:, Nature Communications 4, 1942 (2013).
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448:, Phys. Rev. Lett. 110, 208701 (2013).
410:, Nature Communications 2, 170 (2011).
372:, Science 358 (6365), eaan3184 (2017).
320:, Physical Review E 71, 016116 (2005).
512:, Physical Review X 7, 041044 (2017).
433:Realistic Control of Network Dynamics
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251:Erdös-Rényi Prize in Network Science
640:Brazilian people of Italian descent
342:Nicolaou Z. G. and Motter A. E.,
457:Cornelius S. P. and Motter A. E.,
346:, Nature Materials 11, 608 (2012).
78:Doubly transient and relativistic
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406:Sahasrabudhe S. and Motter A. E,
635:21st-century American physicists
615:Northwestern University faculty
329:Nishikawa T. and Motter A. E.,
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83:Converse symmetry breaking in
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76:with negative compressibility
521:Motter A. E. and Timme M.,
130:CSS Senior Scientific Award
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600:Complex systems scientists
237:Motter is a Fellow of the
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563:publications indexed by
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444:Sun J. and Motter A. E.,
74:Mechanical metamaterials
260:Complex Systems Society
241:. He was selected as a
178:Northwestern University
162:Northwestern University
66:in large-scale networks
620:Sloan Research Fellows
245:in 2009, received an
243:Sloan Research Fellow
95:Sloan Research Fellow
71:in metabolic networks
595:Brazilian physicists
590:Brazilian scientists
535:LatinAmérica Genial
208:Scientific activity
202:statistical physics
645:Network scientists
605:Systems biologists
471:Small word network
64:Cascading failures
561:Adilson E. Motter
174:Adilson E. Motter
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580:1974 births
120:AAAS Fellow
574:Categories
266:References
105:APS Fellow
44:1974-01-01
551:Home Page
148:Physics
233:Awards
144:Fields
132:(2022)
127:(2020)
122:(2015)
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91:Awards
54:Brazil
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