Eleonora Bilotta
Eleonora Bilotta is an Italian researcher into complex systems and human–computer interaction, including educational entertainment, personal robots, and the use of chaos theory, cellular automata, and dynamical systems in the synthetic design of music and jewelry,[1][2] especially focusing on the chaotic behavior of Chua's circuit.[3]
Bilotta was born in 1958[4] in Catanzaro, in the Calabria region of Italy.[5] She is employed as a professor of general psychology at the University of Calabria,[6] where she also coordinates a course on complex systems, and co-directs a research group on evolutionary systems.[5] Before joining the University of Calabria as a researcher and then professor, she was an instructor at the Magna Græcia University of Catanzaro.[7]
With Pietro Pantano, she is the author of the books A Gallery of Chua Attractors (World Scientific, 2008)[3] and Cellular Automata and Complex Systems: Methods for Modeling Biological Phenomena (IGI Global, 2010).
References[edit]
- ^ Wells, Sarah (March 2023), "Fashioning beauty from chaos", Physics, vol. 16, American Physical Society, p. 32, Bibcode:2023PhyOJ..16...32W, doi:10.1103/physics.16.32
- ^ Ouellette, Jennifer (24 January 2023), "These scientists created jewelry out of the striking shapes of chaos theory", Ars Technica, retrieved 2023-06-20
- ^ a b Field, Michael (February 2010), "Book reviews: A Gallery of Chua Attractors", Journal of Mathematics and the Arts, 4 (1): 49–51, doi:10.1080/17513470903479094, S2CID 121605810
- ^ Birth year from German National Library catalog entry, retrieved 2023-06-20
- ^ a b "Eleonora Bilotta", IEEE Xplore, IEEE, retrieved 2023-06-20
- ^ "Eleonora Bilotta", Professori Ordinary, University of Calabria, retrieved 2023-06-20
- ^ "Eleonora Bilotta", Loop, Frontiers Media, retrieved 2023-06-20
External links[edit]
- Eleonora Bilotta publications indexed by Google Scholar
| International | |
|---|---|
| National | |
| Academics | |
| Other | |
  | This Italian scientist article is a stub. You can help Wikipedia by expanding it. |