# Karen Leslie Bernstein Jeffrey

> Ph.D. State University of New York at Stony Brook 1996

**Wikidata**: [Q102263786](https://www.wikidata.org/wiki/Q102263786)  
**Source**: https://4ort.xyz/entity/karen-leslie-bernstein-jeffrey

## Summary
Karen Leslie Bernstein Jeffrey is a computer scientist who earned her Ph.D. from Stony Brook University in 1996 under the supervision of Eugene William Stark. Her work contributes to the field of computer science, though specific achievements remain undisclosed in available sources. She is recognized as a professional in her discipline through academic and industry identifiers.

## Biography
- Born: [Date and place unknown]  
- Nationality: [Unknown]  
- Education: Ph.D. in Computer Science, Stony Brook University (1996)  
- Known for: Academic research in computer science  
- Employer(s): [Not specified]  
- Field(s): Computer science  

## Contributions
Karen Leslie Bernstein Jeffrey’s primary documented contribution is her doctoral research completed at Stony Brook University in 1996. While specific publications, projects, or innovations are not detailed in available sources, her completion of a Ph.D. under advisor Eugene William Stark (a notable computer scientist with a Ph.D. from MIT) positions her within a lineage of academic research in the field. Her work is indexed in the Mathematics Genealogy Project (ID: 81307) and the ACM Digital Library (Author ID: 81100134302), indicating involvement in scholarly activities. The impact of her research may be inferred through her integration into academic networks, though explicit outcomes require further documentation.

## FAQs
### Q: Where did Karen Leslie Bernstein Jeffrey earn her Ph.D.?  
A: She earned her Ph.D. in Computer Science from Stony Brook University in 1996.  

### Q: Who supervised her doctoral work?  
A: Her doctoral advisor was Eugene William Stark, a computer scientist with a Ph.D. from MIT.  

### Q: What is her field of expertise?  
A: She is recognized as a computer scientist, though specific subfields or specialties are not documented in available sources.  

## Why They Matter  
Karen Leslie Bernstein Jeffrey’s significance lies in her contribution to the academic community through her Ph.D. research and her affiliation with Stony Brook University. As a student of Eugene William Stark—a computer scientist with an MIT pedigree—her work connects to broader academic lineages in the field. While explicit impacts or innovations are not specified, her presence in authoritative databases like the ACM Digital Library and the Mathematics Genealogy Project underscores her role as a researcher. Her career reflects the foundational importance of graduate education in advancing computer science, even if specific achievements remain unrecorded in public sources.

## Notable For  
- Earned a Ph.D. in Computer Science from Stony Brook University (1996).  
- Studied under advisor Eugene William Stark, a MIT-trained computer scientist.  
- Indexed in the Mathematics Genealogy Project (ID: 81307) and ACM Digital Library (Author ID: 81100134302).  
- Recognized as a female professional in computer science.  

## Body  
### Education  
Karen Leslie Bernstein Jeffrey completed her Ph.D. in Computer Science at Stony Brook University in 1996. Her doctoral advisor was Eugene William Stark, who earned his Ph.D. from MIT in 1984.  

### Academic Affiliations  
- **Institution**: Stony Brook University (doctoral studies).  
- **Advisory Lineage**: Part of the academic lineage of Eugene William Stark, linking her to MIT’s computer science tradition.  

### Professional Identifiers  
- **Mathematics Genealogy Project ID**: 81307.  
- **ACM Digital Library Author ID**: 81100134302.  
- **Google Knowledge Graph ID**: /g/11gmzf71xr.  

### Field of Work  
Her work falls within computer science, though specific subfields (e.g., algorithms, systems, theory) are not documented in available sources.  

### Legacy  
While detailed contributions are not enumerated, her academic credentials and advisory relationships contextualize her role in the computer science community. The absence of explicit publications or projects in provided data limits a comprehensive assessment of her impact.

## References

1. Mathematics Genealogy Project