A pseudo-velocity concept, based on the extension of a linear body, is defined by a special
relativity experiment. It suggests an analogy with the covariance properties of Wiener's …

We address the relevant quest for a simple formalism describing the microstructure of liquid
solutions of polymer chains. On the basis of a recent relativistic-type picture of self-diffusion …

The problem of turbulence in liquids is addressed by a recent theory of Brownian relativity. It
relates the dynamics of the liquid molecules to the static properties of macromolecules …

The universal exponent (νr) of the real polymer size (ie, the excluded volume chain) is
derived from constraining the ideal coil model (νi= 12) to a Minkowski-type diffusive …

A statistically covariant relation, based on a recent Brownian relativity that was able to
provide a new macromolecular scaling picture, has been obtained in order to connect the …

A special theory of Brownian relativity was previously proposed to describe the universal
picture arising in ideal polymer solutions. In brief, it redefines a Gaussian macromolecule in …

The theoretical basis of a recent theory of Brownian relativity for polymer solutions is
deepened and reexamined. After the problem of relative diffusion in polymer solutions is …

Publisher Summary This chapter discusses the general theory of brownian relativity. The
special formalism should now be extended to a general–relativistic approach, accounting for …

We address polymer solution dynamics by using a former picture of Brownian relativity and
concentrating on the universal behaviors of intrinsic viscosity and structure factors. In the first …