Numerical phase diagrams show that 1D oscillator synchronization crosses from Edwards-Wilkinson to Kardar-Parisi-Zhang scaling (or random deposition/linear growth when desynchronized) as randomness strength or coupling nonoddity increases, with the KPZ coupling parameter partially capturing the dual
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Numerical simulations of quenched KPZ interfaces in 1D and 2D confirm the directed percolation depinning exponents and show non-Gaussian front fluctuation PDFs that differ from time-dependent KPZ noise.
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Dynamical phase diagram of synchronization in one dimension: universal behavior from Edwards-Wilkinson to random deposition through Kardar-Parisi-Zhang
Numerical phase diagrams show that 1D oscillator synchronization crosses from Edwards-Wilkinson to Kardar-Parisi-Zhang scaling (or random deposition/linear growth when desynchronized) as randomness strength or coupling nonoddity increases, with the KPZ coupling parameter partially capturing the dual
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Exponents and front fluctuations in the quenched Kardar-Parisi-Zhang universality class of one- and two- dimensional interfaces
Numerical simulations of quenched KPZ interfaces in 1D and 2D confirm the directed percolation depinning exponents and show non-Gaussian front fluctuation PDFs that differ from time-dependent KPZ noise.