Critical Collective Phenomena
Renormalization and multiscale structure in heterogeneous systems.
Research
Renormalization and Multiscale Theory
Extending renormalization group ideas through spectral coarse-graining in structured and heterogeneous systems.
Extending renormalization group ideas through spectral coarse-graining in structured and heterogeneous systems.
Criticality in Complex Systems
Griffiths phases, rare-region effects, memory, and non-ergodic dynamics in disordered systems.
Griffiths phases, rare-region effects, memory, and non-ergodic dynamics in disordered systems.
Applications Across Natural Systems
Multiscale analysis of brain dynamics, ecological systems, epidemic processes, and learning architectures.
Multiscale analysis of brain dynamics, ecological systems, epidemic processes, and learning architectures.
Selected papers are below. Full list on Publications.
I am a Researcher at CREF working at the interface of statistical physics and complex systems. My research develops a geometric framework for renormalization in structured and heterogeneous systems through the Laplacian Renormalization Group.
This program connects multiscale theory with data-driven analysis across neuroscience, ecology, epidemic dynamics, and artificial intelligence, aiming to establish predictive principles for critical and non-ergodic collective behavior.
Links: Google Scholar · ORCID · GitHub
Selected papers
Topological Symmetry Breaking in Antagonistic Dynamics
Contact
Email: Click to reveal