# Peter Kornerup

> Danish mathematician

**Wikidata**: [Q102200416](https://www.wikidata.org/wiki/Q102200416)  
**Source**: https://4ort.xyz/entity/peter-kornerup

## Summary
Peter Kornerup is a Danish mathematician and computer scientist known for his contributions to mathematics and informatics. He holds a master's degree from Aarhus University and has worked in academia, specializing in both fields.

## Biography
- Born: 1939
- Nationality: Kingdom of Denmark
- Education: Magister degree from Aarhus University (1967)
- Known for: Advancing mathematical and computational systems research
- Employer(s): Aarhus University (educated at)
- Field(s): Mathematics, Informatics

## Contributions
Peter Kornerup has made significant contributions to mathematics and informatics, particularly in computational systems and data storage. His work has been recognized through various academic identifiers, including his ISNI, GND, and VIAF IDs. He has collaborated with other researchers, including Kirsten Lackner Solberg, Asger Munk Nielsen, and Ole Lehrmann Madsen, as documented in the Mathematics Genealogy Project. His research has been indexed in platforms like Scopus, zbMATH, and ResearchGate, reflecting his influence in the academic community.

## FAQs
### Q: What is Peter Kornerup known for?
A: Peter Kornerup is known for his work in mathematics and informatics, particularly in computational systems and data storage. He has contributed to research in these fields and has been recognized through various academic identifiers.

### Q: Where did Peter Kornerup study?
A: Peter Kornerup earned a master's degree from Aarhus University in 1967.

### Q: What are Peter Kornerup's academic affiliations?
A: Peter Kornerup is affiliated with Aarhus University, where he earned his master's degree.

### Q: What fields does Peter Kornerup work in?
A: Peter Kornerup specializes in mathematics and informatics, with a focus on computational systems and data storage.

### Q: How has Peter Kornerup contributed to research?
A: Peter Kornerup's contributions have been documented through various academic platforms, including Scopus, zbMATH, and ResearchGate, where his work has been indexed and recognized.

## Why They Matter
Peter Kornerup's work in mathematics and informatics has laid the groundwork for advancements in computational systems and data storage. His research has influenced the academic community, as evidenced by his collaborations with other researchers and his indexed publications. His contributions have helped shape the field of informatics, particularly in areas related to data storage and retrieval. Without his work, the development of computational systems and data storage technologies may have progressed differently.

## Notable For
- Recognized through academic identifiers such as ISNI, GND, and VIAF.
- Collaborated with researchers including Kirsten Lackner Solberg, Asger Munk Nielsen, and Ole Lehrmann Madsen.
- Indexed in platforms like Scopus, zbMATH, and ResearchGate.
- Specializes in mathematics and informatics, with a focus on computational systems and data storage.

## Body
### Early Life and Education
Peter Kornerup was born in 1939. He earned a master's degree from Aarhus University in 1967, specializing in mathematics and informatics.

### Academic Career
Kornerup's academic career has been marked by his contributions to mathematics and informatics. He has been affiliated with Aarhus University, where he earned his master's degree. His work has been recognized through various academic identifiers, including his ISNI, GND, and VIAF IDs.

### Research Contributions
Kornerup's research has focused on computational systems and data storage. He has collaborated with other researchers, including Kirsten Lackner Solberg, Asger Munk Nielsen, and Ole Lehrmann Madsen. His work has been indexed in platforms like Scopus, zbMATH, and ResearchGate, reflecting his influence in the academic community.

### Influence and Legacy
Peter Kornerup's contributions to mathematics and informatics have had a lasting impact on the field. His work has laid the groundwork for advancements in computational systems and data storage, influencing the academic community and shaping the development of related technologies.

## References

1. Czech National Authority Database
2. IEEE Xplore
3. Mathematics Genealogy Project
4. [Source](https://viaf.org/viaf/data/viaf-20230206-links.txt.gz)
5. Virtual International Authority File
6. CiNii Research