Alicia Marcela Dickenstein was born on January 17, 1955, in Buenos Aires, and she is an Argentine researcher known for her contributions within the mathematical sciences. Dickenstein is recognized in the field of science, especially for her work related to algebraic geometry and biological mathematics.
Throughout her career, the Argentine mathematician has held different positions in various academic institutions and has been awarded, both nationally and internationally, thanks to her work and research in the field of mathematical sciences.
Dickenstein and her relationship with mathematics
Dickenstein completed her academic training at the Faculty of Exact and Natural Sciences of the University of Buenos Aires (UBA).
There, she first obtained her degree in Mathematical Sciences in 1977, while in 1982 she earned her doctorate in the same sciences, focusing mainly on complex analytic geometry.
The Argentine mathematician is noted for having been the first director of the Department of Mathematics at the faculty where she studied.
She has also been a researcher at the National Scientific and Technical Research Council of Argentina (CONICET) since she joined in 1985.
Dickenstein and algebraic geometry
Algebraic geometry is defined as the branch of mathematical sciences dedicated to the study of systems of algebraic equations and their corresponding sets of solutions.
This discipline makes use of commutative algebra, understood as the study of commutative rings, and analytic geometry, which studies figures and their respective characteristics, such as distances and areas, among others.
Dickenstein focuses her research on algebraic geometry, particularly in relation to molecular biology and tropical geometry.
Molecular biology is defined as the study of biological processes at the molecular level, seeking to understand the interaction between cellular systems, living organisms, and their respective composition.
Meanwhile, tropical geometry deals with polynomials and their geometric properties.
Through her work as a scientist, Dickenstein has published several scientific articles and participated in various scientific congresses and events.
She has authored and co-authored articles on topics such as nonlinear algebra, biochemical networks, and algebraic geometry and its relationship with biology, among others.
A distinguished career in the world of mathematics
Throughout her professional career, Dickenstein has held various academic and scientific positions, such as vice president of the executive committee of the International Mathematical Union.
The International Mathematical Union is an international organization that seeks to deepen international cooperation in mathematical sciences as well as highlight contributions made in the field.
She was also a member of the National Academy of Exact, Physical and Natural Sciences (ANCEFN), of which she became the first woman to serve as president.
ANCEFN is an organization that seeks to promote and disseminate the development of exact sciences, among others, to support scientific research.
The academy also aims to promote theoretical discussions, scientific work, and the integration of exact, physical, and natural sciences with the broader community.
She is also a member of other associations, such as the Argentine Mathematical Union.
Dickenstein has received various awards, both national and international, and has given numerous lectures both in Argentina and abroad, including in countries such as Norway, France, Japan, and Canada.
In addition, the Argentine mathematician has received awards such as the TWAS Prize in Mathematics, granted by The World Academy of Sciences and considered one of the most important awards in the field of scientific research.
She has also been awarded the L’Oréal-UNESCO Award for Women in Science thanks to her research and career in algebraic geometry.
The L’Oréal-UNESCO Award seeks to recognize the contributions of women scientists in different areas related to science, such as exact and medical sciences, among others.
The scientific career carried out by Dickenstein, as well as her work throughout her professional life, position her as a leading figure in the field of science and research, especially in mathematics, algebra, geometry, and biology.
Both within Argentina and abroad, the Argentine mathematician is considered a leader in algebraic geometry.
Thanks to her contributions and the positions she has held throughout her career, Dickenstein is one of the Argentine women scientists who has become part of the global research field.
