Call for Proposals – Seminar: “Interdisciplinarity and Transdisciplinarity – Landmarks” – Bio-Complexity Topics

The IUITCS Seminar “Interdisciplinarity and Transdisciplinarity – Landmarks,” to be held 29–30 October 2026 at the Carmen Sylva Cultural Center in Sinaia, Romania, proposes three main themes for discussion.

We have the pleasure of expanding the list of essential subjects to be discussed within the first theme, Bio-Complexity Topics:

1. Complex biological systems
2. Multidisciplinarity – interdisciplinarity – transdisciplinarity: epistemological signification
3. Examples of complex biosystems
4. Properties of complex biosystems
5. From elements and parts to complex biosystems
6. What is bio-complexity?
7. Questions and existing methods within the science of complex systems
8. Emergence and concepts within bio-complexity theory
9. Iterative aspects (deterministic and stochastic) in the study of complex systems
10. Aspects of thermodynamic and statistical bio-complexity
11. Active, sliding, diffusion, fluctuation, and becoming processes in bio-complex systems
12. Deterministic and stochastic complex processes generated by cellular automata
13. Bio-complexity and probability
14. Bio-complexity and computational simulation (Monte Carlo method)
15. Bio-complexity in social information and communication
16. Complexity generated by logical computational systems
17. Complexity and bio-complexity generated by fractals, measure, renormalization, and chaos
18. Complexity and bio-complexity within deterministic and stochastic network theory. Biologically mathematical networks ANs-B
19. Bio-complexity, organization and self-organization, homeostasis
20. The emergence of simplicity and complexity
21. Neural networks and bio-complexity
22. Brain functions, models of the mind, and complexity
23. Attractors and complexity
24. Feedforward networks and complexity
25. Languages, grammars, and complexity
26. Bio-signals and complexity
27. From substructure to hierarchy
28. Bio-complexity and the Space of Experience
29. The genetic code, protein kinetics and dynamics, genetic algebras, ontogenesis
30. Coexisting molecular matter, bio-structure, noesi-structure, psycho-structure, bio-psychology
31. The phenomenology of sleep and the unconscious, recovery and “rewriting” of memories
32. Bio-complexity analyzed through bio-mathematics and psycho-mathematics. Psychometrics
33. Nature versus nurture. Biological mutations
34. Life – origin, evolution, and adaptation of complex organisms. Phenomenology. Fitness
35. Growth of complexity, determinism and stochasticity, the thought of Kurt Gödel
36. Exploration, optimization, interaction, and population compatibility
37. Space and time, space-time. Thermal time. The triad: substance – energy – information
38. Catastrophes and stability within complex systems
39. The ecosystem and complexity
40. Fuzzy systems, Lindenmayer algebras, and complexity
41. Aspects of evolutionary biology within complex systems. Nonlinearity and non-equilibrium
42. Human civilization and complexity
43. Behavior, estimation, and evolution of bio-complexity
44. Human intuition – neuroscience aspects. Language and complexity
45. The complexity of the human being, artificial intelligence, soul
46. Complex social systems and policies
47. Complexity of biosystem analysis
48. Biological networks of multidimensional hierarchical development (ANs) and bio-complexity
49. Synergy and bio-complexity
50. Natural atomic reactors generating bio-complexity