THE `DUPLICITY’ OF MATHEMATICS IN THE REAL, IMPERFECT WORLD
Below is a sample of the abstract:
A new look at old, fundamental problems in Physics, Chemistry, Biochemistry and Biology will be presented from the point of view of modern Mathematics and Logics focused on complexity, asymmetry and symmetry concepts applied to fundamental problems in Life Sciences and Quantum Physics. The presentation is divided into two unequal parts consistent with the idea of the `duplicity’ of Mathematics when applied to nonlinear, highly complex problems in the real World. The first, concise, part introduces a few, logical and mathematical concepts that are essential to understanding both dynamic complexity and partially disordered structures (quasi-‐crystals, liquid crystals and paracrystals) in physical, chemical and biological systems—especially highly-‐evolved organisms such as Homo-sapiens.
The second part will present several fundamental aspects of modern biology approached from the point of view of complex systems and mathematical modeling.
