Structural stability, alternate descriptions and information
This article explores how distinct descriptions of complex biological systems relate to each other, particularly focusing on when they convey equivalent information and the implications of these relationships for understanding system stability and bifurcation points
Subunit and subassembly processes
This note evaluates optimal subassembly procedures to maximize error-free final structures while minimizing subassembly stages, building on Crane's 1950 insights
System closure and dynamical degeneracy
Contemporary physics reveals that the mathematical descriptions of material systems are often nongeneric and degenerate, particularly in classical thermodynamics, leading to significant implications for understanding closed versus open systems, irreversible processes, and the relationship between disorder and system closure
The DNA-protein coding problem
The study presents an algebraic framework for the DNA-protein coding problem, revealing the existence of infinitely many abstract codes and introducing ergodicity to derive a potential natural code while questioning the possibility of multiple codes in nature
The derivation of D'Arcy Thompson's theory of transformations from the theory of optimal design
Cohn's theory of Optimal Forms can be viewed as a comparative theory that leads to D'Arcy Thompson's transformation theory, with implications for comparative morphology and suggestions for further development
No results yet, but the collection is still growing ;)
