In fact, DNA is one of the best physical manifestations of an ideal polymer, and basic polymer physics offers the best picture of the physical behavior of DNA, especially for situations in which it is pushed out of equilibrium by external forces.
First, note that an exponential crossover of the form we used to fit the MSD data (Fig. 3B) arises in several models describing disparate physical phenomena: Both WLC [15] models from polymer physics, and OU [16] processes from the modeling of Brownian motion, have this feature.
A manic, energetic man whose interests spill over the boundaries of his academic specialty, polymer physics, Professor Barham has traveled twice to Antarctica because, he confessed, "my wife and I are basically obsessed by penguins".
University of Bristol polymer physics group Fruitcake secrets.
When he's not busy with polymer physics, Peter Barham of the University of Bristol experiments on food.
YM is a Professor, Dr. Hab. in Polymer Physics and Ph.D. degree holder in Macromolecular Chemistry.
DV is a PhD in Polymer Physics, researcher at the Institute of Macromolecular Chemistry of the NAS of Ukraine.
Cross-link chain density and number average molecular weight were obtained using predictive equations of polymer physics.
For a representative polymer physics application, HOOMD-blue 1.0 provides an effective GPU vs. CPU node speed-up of 12.5×.
The multiple melting of semirigid-chain polymers constitutes one of the long-standing issues in polymer physics.
Examples abound: models admitting backgrounds of heat transfer, viscoelasticity, electrical circuits, electro-chemistry, economics, polymer physics, and even biology are always concerned with fractional derivative [1 6].
