Thermal fluctuations in extensible semiflexible polymers produce a buckling transition whose critical compressional strain increases with system size and is controlled by a new renormalization-group fixed point with altered exponents.
Kardar,Statistical physics of fields(Cambridge Uni- versity Press, 2007)
5 Pith papers cite this work. Polarity classification is still indexing.
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Pith papers citing it
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A driven hard-disk model reveals that conservation laws and slow glassy dynamics select among |q|KPZ, wet-|q|KPZ, and a new universality class for active-matter interfaces.
Experimental detection of entanglement in multimode Gaussian states via high-order intensity correlation moments from parametric down-conversion sources.
Monte Carlo study of the Edwards-Anderson model finds that disorder modifies some critical exponents while a subgroup of exponents and fractal dimensions stays invariant, defining a strong universality class.
citing papers explorer
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Thermalized buckling of extensible, semiflexible polymers
Thermal fluctuations in extensible semiflexible polymers produce a buckling transition whose critical compressional strain increases with system size and is controlled by a new renormalization-group fixed point with altered exponents.
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Conservation laws and slow dynamics determine the universality class of interfaces in active matter
A driven hard-disk model reveals that conservation laws and slow glassy dynamics select among |q|KPZ, wet-|q|KPZ, and a new universality class for active-matter interfaces.
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Experimental detection of entanglement in multimode Gaussian states from high-order intensity correlation moments
Experimental detection of entanglement in multimode Gaussian states via high-order intensity correlation moments from parametric down-conversion sources.
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Strong universality class in disordered systems
Monte Carlo study of the Edwards-Anderson model finds that disorder modifies some critical exponents while a subgroup of exponents and fractal dimensions stays invariant, defining a strong universality class.
- Hyperuniformity in active fluids reshapes nucleation and capillary-wave dynamics