Daniel Elias Escaff

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Research Interests

Self-organization out of equilibrium. Emerging behaviors. Synchronization. Morphogenesis.

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1 Similar Profiles

4 Finished

On the flocking transition: A spatially extended mean field approach
Escaff, D. E.
5/03/21 → 30/03/23
Project: Research
Self-assembly and absence of pinning effect in ensembles of localized structures induced by strong nonlocal interaction
Escaff, D. E.
1/04/17 → 15/04/20
Project: Research
Impact of non-local interaction on mean field models for self-organization
Escaff, D. E.
15/03/14 → 15/03/17
Project: Research
Sincronización fuera del equilibrio
Escaff, D. E.
Universidad de los Andes Chile
31/05/13 → 30/05/14
Project: Research

38 Article
7 Conference contribution
2 Paper

Solitonic-like interactions of counter-propagating clusters of active particles
Escaff, D., 1 Apr 2023, In: Chaos. 33, 4, 043137.
Research output: Contribution to journal › Article › peer-review
Fronts connecting stripe patterns with a uniform state: Zigzag coarsening dynamics, and pinning effect
Clerc, M. G., Escaff, D. & Rojas, R. G., Dec 2022, In: Chaos, Solitons and Fractals. 165, 112775.
Research output: Contribution to journal › Article › peer-review
Self-organized spiral patterns at the edge of an order-disorder nonequilibrium phase transition
Lima Dias Pinto, II., Escaff, D. E. & Rosas, A., 1 May 2021, In: Physical Review E. 103, 5, 052215.
Research output: Contribution to journal › Article › peer-review
1 Scopus citations
Flocking transition within the framework of Kuramoto paradigm for synchronization: clustering and the role of the range of interaction
Escaff, D. & Delpiano, R., 1 Aug 2020, In: Chaos. 30, 8, 083137.
Research output: Contribution to journal › Article › peer-review
9 Scopus citations
Gapped vegetation patterns: Crown/root allometry and snaking bifurcation
Cisternas, J., Escaff, D., Clerc, M. G., Lefever, R. & Tlidi, M., Apr 2020, In: Chaos, Solitons and Fractals. 133, 109617.
Research output: Contribution to journal › Article › peer-review
9 Scopus citations

Daniel Elias Escaff, Doctorado

Personal profile

Research Interests

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Collaborations and top research areas from the last five years

Dive into details

On the flocking transition: A spatially extended mean field approach

Self-assembly and absence of pinning effect in ensembles of localized structures induced by strong nonlocal interaction

Impact of non-local interaction on mean field models for self-organization

Sincronización fuera del equilibrio

Solitonic-like interactions of counter-propagating clusters of active particles

Fronts connecting stripe patterns with a uniform state: Zigzag coarsening dynamics, and pinning effect

Self-organized spiral patterns at the edge of an order-disorder nonequilibrium phase transition

Flocking transition within the framework of Kuramoto paradigm for synchronization: clustering and the role of the range of interaction

Gapped vegetation patterns: Crown/root allometry and snaking bifurcation

Daniel Elias Escaff, Doctorado

Personal profile

Research Interests

Fingerprint

Collaborations and top research areas from the last five years

Projects

Research output