# Jeremy Avigad

> American mathematician

**Wikidata**: [Q15631390](https://www.wikidata.org/wiki/Q15631390)  
**Wikipedia**: [English](https://en.wikipedia.org/wiki/Jeremy_Avigad)  
**Source**: https://4ort.xyz/entity/jeremy-avigad

## Summary
Jeremy Avigad is an American mathematician who also works as a philosopher and computer scientist. He is currently employed at Carnegie Mellon University, where he has contributed significantly to the fields of mathematical logic, formal verification, and automated theorem proving.

## Biography
- Born: January 9, 1968, in New York City
- Nationality: United States
- Education: Harvard University, University of California, Berkeley
- Known for: Contributions to mathematical logic, formal verification, and automated theorem proving
- Employer(s): Carnegie Mellon University (current)
- Field(s): mathematics, computer science, philosophy

## Contributions
Jeremy Avigad has made significant contributions to formal verification and automated theorem proving in computer science. His work bridges mathematical logic and practical computation, developing systems that can verify mathematical proofs and software correctness. He has authored numerous publications in computational logic and proof theory, including work on the Isabelle theorem prover and the Lean theorem prover. Avigad has also contributed to the development of mathematical libraries in formal systems, enabling machine-checked mathematics. His research has influenced both theoretical computer science and the practice of formal verification, making mathematical reasoning more accessible through computational tools.

## FAQs
### Q: What is Jeremy Avigad's academic background?
A: Jeremy Avigad received his education at Harvard University and the University of California, Berkeley. He completed his doctorate under the supervision of Jack Silver.

### Q: What fields does Jeremy Avigad work in?
A: Avigad works in three main fields: mathematics, computer science, and philosophy. His specific areas of expertise include mathematical logic, formal verification, and automated theorem proving.

### Q: Who are Jeremy Avigad's notable students?
A: Avigad has advised numerous doctoral students including Sicun Gao, Kerry Emerson Ojakian, Ksenija Simić-Muller, Henry Towsner, Yimu Yin, Jason Rute, John L. Mumma, Floris van Doorn, and Robert Lewis.

### Q: Where does Jeremy Avigad currently work?
A: Jeremy Avigad is currently employed at Carnegie Mellon University, where he continues his research in mathematical logic and computer science.

## Why They Matter
Jeremy Avigad matters because his work has fundamentally bridged the gap between mathematical theory and computational practice. By developing tools for formal verification and automated theorem proving, he has made mathematical reasoning more accessible and verifiable through computational methods. His influence extends across computer science, mathematics, and philosophy, shaping how formal systems are developed and applied. Avigad's students have gone on to become prominent researchers themselves, extending his impact across multiple academic disciplines. Without his contributions, the field of formal verification might have developed more slowly, and the connection between mathematical logic and computer science would be less robust.

## Notable For
- Pioneer in combining mathematical logic with computational methods for formal verification
- Author of significant contributions to theorem proving systems including Isabelle and Lean
- Advisor to numerous successful doctoral students who have become leaders in computer science and mathematics
- Editor for journals such as the Logical Methods in Computer Science
- Developer of mathematical libraries that enable machine-checked proofs and formal verification

## Body

### Early Life and Education
Jeremy Avigad was born on January 9, 1968, in New York City. He holds citizenship in the United States and received his education at Harvard University and the University of California, Berkeley. His doctoral studies were completed under the supervision of Jack Silver, a prominent mathematician known for his work in set theory and model theory.

### Academic Career
Avigad is currently employed at Carnegie Mellon University, where he maintains an active research program. His academic career has been marked by collaborations across mathematics, computer science, and philosophy, reflecting his interdisciplinary approach to research.

### Research Areas
Avigad's work spans multiple fields:
- Mathematical logic
- Formal verification
- Automated theorem proving
- Computational mathematics
- Foundations of mathematics

### Academic Impact
Avigad has maintained significant presence across academic platforms:
- MR author ID: 611724
- DBLP author ID: 60/1535
- zbmath author ID: avigad.jeremy
- Google Scholar author ID: VQfvIfQAAAAJ
- ResearchGate profile ID: Jeremy_Avigad
- PhilPeople profile: jeremy-avigad

### Professional Connections
As an academic advisor, Avigad has supervised numerous doctoral students who have gone on to successful careers in computer science and mathematics. His academic network extends through his own doctoral advisor Jack Silver and his students, creating an intellectual tree that spans multiple institutions and research areas.

### Scholarly Recognition
Avigad's work has been recognized through multiple entries in academic databases:
- Mathematics Genealogy Project ID: 32558
- Library of Congress Authority ID: nb2018015267
- WorldCat Entities ID: E39PBJmdrwr4cHRxP847pXWJjC
- VIAF ID: 317287307

### Publications and Outreach
Avigad has contributed to scholarly literature as evidenced by his presence in various publication databases. Additionally, his Wikipedia entries exist in multiple languages (arz, commons, en, fr, pt), indicating international recognition of his contributions to mathematical and computational sciences.

## References

1. Virtual International Authority File
2. [Source](https://lmcs.episciences.org/page/editorial-board#Sankaranarayanan)
3. [Source](https://philpeople.org/profiles/jeremy-avigad)
4. Mathematics Genealogy Project