Cages and anomalous diffusion in vibrated dense granular media.
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Summary
A vertically shaken granular medium hosts a blade rotating around a fixed vertical axis, which acts as a mesorheological probe, which shows strong caging effects and a power-law decay, likely due to persistent collective fluctuations of the host medium.
- Type
- article
- Published
- 2015-04-28
- Cited by
- 46
- References
- 14
- Access
- Open access
- OpenAlex
- https://openalex.org/W756146588
- Semantic Scholar
- https://api.semanticscholar.org/CorpusID:39125081
Keywords
Physics, Diffusion, Spectral density, Condensed matter physics, Power law
References
Cited by
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- Brownian motion in non-equilibrium systems and the Ornstein-Uhlenbeck stochastic process
- Cooperative behavior of biased probes in crowded interacting systems.
- Statistical analysis of random trajectories of vibrated disks: Towards a macroscopic realization of Brownian motion
- Controlled Viscosity in Dense Granular Materials.
- The Role of Data in Model Building and Prediction: A Survey Through Examples
- Langevin equations from experimental data: The case of rotational diffusion in granular media
- Revealing the transport mechanisms from a single trajectory in living cells
- Diffusion in agitated frictional granular matter near the jamming transition.
- Dynamical Collective Memory in Fluidized Granular Materials.
- Effective equations in complex systems: from Langevin to machine learning
- Diffusive Escape of a Nanoparticle from a Porous Cavity.
- Noisy voter model for the anomalous diffusion of parliamentary presence
- Slow time scales in a dense vibrofluidized granular material.
- Correlation functions of non-Markovian systems out of equilibrium: analytical expressions beyond single-exponential memory
- Getting hotter by heating less: How driven granular materials dissipate energy in excess
- Enhancing the accuracy of a data-driven reconstruction of bivariate jump-diffusion models with corrections for higher orders of the sampling interval
- Non-homogeneous Heating induces Scale-free Correlations and Slow time Scales in a Granular-like Velocity Field
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