Complex Materials in Physics and Biology : proceedings of the International School of Physics "Enrico Fermi" / ed. by Francesco Mallamace, H. Eugene Stanley.

Format:

• Book
• Conference/Event

Contributor:

• Società italiana di fisica.
• Mallamace, F. (Franco)
• Stanley, H. Eugene (Harry Eugene), 1941-

Conference Name:

• International School of Physics "Enrico Fermi" (176th : 2012 : Varenna, Italy)
• International School of Physics "Enrico Fermi"

Series:

• Proceedings of the International School of Physics "Enrico Fermi" Complex materials in physics and biology

Language:

English

Subjects (All):

• System theory--Congresses.
• Nonlinear systems--Congresses.
• Statistical physics--Congresses.
• Scaling laws (Statistical physics)--Congresses.

Physical Description:

1 online resource (449 p.)

Edition:

1st ed.

Place of Publication:

Amsterdam : Ios Press, 2012.

Language Note:

English

Summary:

The surprising connections which have developed between physics and various fields as diverse as biology and economics now constitute the fascinating research area known as complex materials and systems. The study of complex materials and processes is rapidly expanding, and many important experimental and theoretical discoveries have been made in recent years. Statistical physics is key to exploring this new and expanding field, enabling an understanding of real-world phenomena compromised of complex materials or exhibiting complex processes. This book includes lectures presented at the CLXXVI International School of Physics "Enrico Fermi", held in Varenna, Italy, in July 2010. The school focused on recent advances and developing perspectives in the study of complex materials and processes, as related to physics and biology. The book provides both an introduction and a complete presentation of recent theoretical and experimental developments for each topic. Topics addressed include: scaling and universality, supra-molecular systems and solutions, polymer systems, static and dynamics of liquid water, arrested dynamics and jamming, dynamics of out of equilibrium systems, physics of confined liquids, granular matter, physics of biological and medical systems, networks in physical and social sciences, turbulence in physics, biology and economics and finally, switching phenomena in biology and economics. The book provides reviews of these cutting edge topics by leading authorities and will be a reference work useful to both advanced research professionals and beginning graduate students.

Contents:

• Title Page; Indice; Preface; Gruppo fotografico dei partecipanti al Corso; Models of the hydrophobic attraction; Dynamics of biopolymers and their hydration water studied by neutron scattering; Introduction; Theory of incoherent neutron scattering method for studying dynamics of a protein and its hydration water; Relaxing-Cage Model (RCM) of the single-particle dynamics of water; Coupling of the dynamics of a protein and its hydration water; The elastic scan and the MSD of hydrogen atoms in protein and its hydration water
• Evidence of the dynamic crossover from the pressure dependence of the measured relaxation time of hydration water in biopolymers by QENSSynchronization of the dynamic crossover phenomena in other biopolymers and their hydration water; An alternative method for detecting the dynamic crossover temperature; Study of intermediate time protein dynamics; Summary; Wetting transitions in fluid interfaces; Basics on wetting transitions; Line tension; Density functional models: general approach; Higher-order wetting transitions; Overview of other models
• Geometrical characterization of dynamical heterogeneities in chemical gels, colloidal gels and colloidal glassesIntroduction; Mode coupling theory and the glass transition; Dynamical heterogeneities; Dynamical susceptibility; Non-Gaussian parameter; Dynamical heterogeneities and mode coupling theory; Dynamical heterogeneities: from chemical gels to structural glasses; Dynamical heterogeneities in chemical gels; Dynamical heterogeneities in colloidal gels; Dynamical heterogeneities in structural glasses; Conclusions; Lectures on molecular- and nano-scale fluctuations in water
• Lecture one: tetrahedral condensed matterMolecular structure; Diffusion; Chemistry in water; Density fluctuations; Electric field fluctuations; Water auto-ionization; Lecture two: Solvation; Solvation free energies; Solvation of small excluded volumes; Solvation of ions; Solvation of large solutes; Lecture three: Hydrophobicity and self-assembly; The driving force for hydrophobic assembly; Micelle assembly; Dewetting transitions in hydrophobic assembly; Theory of dewetting; Applications and hydrophobic collapse; Water and anomalous liquids; An overview on anomalous liquids and water
• Thermodynamic anomaliesDynamic anomalies; Structural anomalies and polymorphism; A few questions; A Hamiltonian model for water; Phase diagram and supercooled water; Water confined between hydrophobic surfaces; Percolating approach; Dynamical crossover; Liquid-liquid phase transitions; Conclusions; Dynamic crossover phenomenon in confined water and its relation to the liquid-liquid critical point: Experiments and MD simulations; The density minimum, peaking of thermal expansion coefficient and equation of state (EOS) of 1-D confined water
• Dynamic crossover in the alpha-relaxation times of 1-D and 3-D confined water

Notes:

• Description based upon print version of record.
• Includes bibliographical references.

ISBN:

• 1-299-33312-5
• 1-61499-071-9

OCLC:

811060348