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- Polymers 2
- Permutation 1
- Graph 1
- Graviton 1
- Colloid 1
- Monte Carlo method 1
- Ultracold neutrons 1
- electrostatics 1
- Kaluza-Klein graviton 1
- Adjacency matrix 1
- Classification 1
- Involute 1
- Directed graph 1
- Clique percolation method 1
- Graph partition 1
- Random graph 1
- Graph theory 1
- Brane 1
- Algorithms 1
- Shear flow 1
- Hierarchical clustering 1
- Phase diagram 1
- Community detection 1
- Dendrogram 1
- ESPRESSO 1
- Polarizability 1
- Fluid dynamics 1
- Phase transitions 1
- Topology 1
- Strong interactions 1
- Standard Model 1
- Neutron 1
- Dissipative particle dynamics 1
- Protein 1
- Networks 1
- Complex systems 1
- Hysteresis 1
- Elasticity 1
- Conformational change 1
- Mean-field approximation 1
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- 22 Feb 2012
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- 22 Feb 2012
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- 11 Dec 2011
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- 11 Dec 2011
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Community detection in graphs
Subjects:
Statistical Mechanics,
Biological Physics,
Computational Physics,
Information Retrieval,
Quantitative Methods,
Physics and Society
Dielectric Response of Nanoscopic Spherical Colloids in Alternating
Electric Fields: A Dissipative Particle Dynamics Simulation
Subjects:
Soft Condensed Matter
It is a Graviton! or maybe not
Subjects:
High Energy Physics - Phenomenology
Monte Carlo simulation of the experiment MAMBO I and possible correction
of neutron lifetime result
Subjects:
Nuclear Experiment
How to write a permutation as a product of involutions (and why you
might care)
Subjects:
Combinatorics
Influence of confinement on the orientational phase transitions in the
lamellar phase of a block copolymer melt under shear flow
Subjects:
Soft Condensed Matter
Mechanical unfolding of a homopolymer globule studied by self-consistent
field modelling
Subjects:
Soft Condensed Matter