Esther Arkin facts for kids
Quick facts for kids
Esther Arkin
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|---|---|
| אסתר ארקין | |
| Nationality | American |
| Alma mater | Tel Aviv University Stanford University |
| Scientific career | |
| Fields | Computer science |
| Institutions | Stony Brook University Cornell University |
| Doctoral advisor | Christos Papadimitriou |
Esther M. (Estie) Arkin is a brilliant scientist from both Israel and America. She is a mathematician and a computer scientist. She loves to solve tough problems using math and computer programs.
Esther Arkin is a professor at Stony Brook University. There, she teaches applied mathematics and statistics. She also helps lead the college program for these subjects. She works closely with the computer science department too.
Becoming a Scientist: Esther's Education
Esther Arkin started her journey in science at Tel Aviv University. She earned her first degree there in 1981.
Later, she moved to the United States. She continued her studies at Stanford University. She earned a master's degree in 1983. Then, she completed her Ph.D. (a very high degree) in 1986. Her Ph.D. work was about solving problems with paths and cycles in graphs. Her advisor was a famous professor named Christos Papadimitriou.
Esther's Career in Teaching and Research
After finishing her studies, Esther Arkin worked as a visiting professor. She taught at Cornell University for a while.
In 1991, she joined the faculty at Stony Brook University. She has been teaching and doing research there ever since. Her work helps us understand how to make computer programs better. It also helps us solve complex problems in many areas.
What Esther Arkin Studies
Esther Arkin's research is all about finding the best ways to solve problems. She uses math and computers to do this.
- Operations Research: This is about making smart decisions. For example, how can a delivery company plan its routes to save time and gas?
- Computational Geometry: This field uses computers to solve problems about shapes and spaces. Think about how a robot might find its way around a room.
- Combinatorial Optimization: This means finding the best solution from many possible choices. It's like finding the shortest path on a map with many roads.
- Algorithms: These are like step-by-step instructions for computers. Esther helps design and analyze these instructions to make them work faster and better.
Her work helps us understand how to create efficient computer programs. These programs can solve real-world problems in many different fields.
