Audrey Terras
Zeta Functions of Graphs
Audrey Terras
Zeta Functions of Graphs
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Combinatorics meets number theory in this stimulating stroll through the zetas. Includes well-chosen illustrations and exercises, both theoretical and computer-based.
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Combinatorics meets number theory in this stimulating stroll through the zetas. Includes well-chosen illustrations and exercises, both theoretical and computer-based.
Produktdetails
- Produktdetails
- Verlag: Cambridge University Press
- Seitenzahl: 252
- Erscheinungstermin: 27. April 2017
- Englisch
- Abmessung: 235mm x 157mm x 18mm
- Gewicht: 523g
- ISBN-13: 9780521113670
- ISBN-10: 0521113679
- Artikelnr.: 30621922
- Verlag: Cambridge University Press
- Seitenzahl: 252
- Erscheinungstermin: 27. April 2017
- Englisch
- Abmessung: 235mm x 157mm x 18mm
- Gewicht: 523g
- ISBN-13: 9780521113670
- ISBN-10: 0521113679
- Artikelnr.: 30621922
Audrey Terras is Professor of Mathematics at the University of California, San Diego.
List of illustrations
Preface
Part I. A Quick Look at Various Zeta Functions: 1. Riemann's zeta function and other zetas from number theory
2. Ihara's zeta function
3. Selberg's zeta function
4. Ruelle's zeta function
5. Chaos
Part II. Ihara's Zeta Function and the Graph Theory Prime Number Theorem: 6. Ihara zeta function of a weighted graph
7. Regular graphs, location of poles of zeta, functional equations
8. Irregular graphs: what is the RH?
9. Discussion of regular Ramanujan graphs
10. The graph theory prime number theorem
Part III. Edge and Path Zeta Functions: 11. The edge zeta function
12. Path zeta functions
Part IV. Finite Unramified Galois Coverings of Connected Graphs: 13. Finite unramified coverings and Galois groups
14. Fundamental theorem of Galois theory
15. Behavior of primes in coverings
16. Frobenius automorphisms
17. How to construct intermediate coverings using the Frobenius automorphism
18. Artin L-functions
19. Edge Artin L-functions
20. Path Artin L-functions
21. Non-isomorphic regular graphs without loops or multiedges having the same Ihara zeta function
22. The Chebotarev Density Theorem
23. Siegel poles
Part V. Last Look at the Garden: 24. An application to error-correcting codes
25. Explicit formulas
26. Again chaos
27. Final research problems
References
Index.
Preface
Part I. A Quick Look at Various Zeta Functions: 1. Riemann's zeta function and other zetas from number theory
2. Ihara's zeta function
3. Selberg's zeta function
4. Ruelle's zeta function
5. Chaos
Part II. Ihara's Zeta Function and the Graph Theory Prime Number Theorem: 6. Ihara zeta function of a weighted graph
7. Regular graphs, location of poles of zeta, functional equations
8. Irregular graphs: what is the RH?
9. Discussion of regular Ramanujan graphs
10. The graph theory prime number theorem
Part III. Edge and Path Zeta Functions: 11. The edge zeta function
12. Path zeta functions
Part IV. Finite Unramified Galois Coverings of Connected Graphs: 13. Finite unramified coverings and Galois groups
14. Fundamental theorem of Galois theory
15. Behavior of primes in coverings
16. Frobenius automorphisms
17. How to construct intermediate coverings using the Frobenius automorphism
18. Artin L-functions
19. Edge Artin L-functions
20. Path Artin L-functions
21. Non-isomorphic regular graphs without loops or multiedges having the same Ihara zeta function
22. The Chebotarev Density Theorem
23. Siegel poles
Part V. Last Look at the Garden: 24. An application to error-correcting codes
25. Explicit formulas
26. Again chaos
27. Final research problems
References
Index.
List of illustrations
Preface
Part I. A Quick Look at Various Zeta Functions: 1. Riemann's zeta function and other zetas from number theory
2. Ihara's zeta function
3. Selberg's zeta function
4. Ruelle's zeta function
5. Chaos
Part II. Ihara's Zeta Function and the Graph Theory Prime Number Theorem: 6. Ihara zeta function of a weighted graph
7. Regular graphs, location of poles of zeta, functional equations
8. Irregular graphs: what is the RH?
9. Discussion of regular Ramanujan graphs
10. The graph theory prime number theorem
Part III. Edge and Path Zeta Functions: 11. The edge zeta function
12. Path zeta functions
Part IV. Finite Unramified Galois Coverings of Connected Graphs: 13. Finite unramified coverings and Galois groups
14. Fundamental theorem of Galois theory
15. Behavior of primes in coverings
16. Frobenius automorphisms
17. How to construct intermediate coverings using the Frobenius automorphism
18. Artin L-functions
19. Edge Artin L-functions
20. Path Artin L-functions
21. Non-isomorphic regular graphs without loops or multiedges having the same Ihara zeta function
22. The Chebotarev Density Theorem
23. Siegel poles
Part V. Last Look at the Garden: 24. An application to error-correcting codes
25. Explicit formulas
26. Again chaos
27. Final research problems
References
Index.
Preface
Part I. A Quick Look at Various Zeta Functions: 1. Riemann's zeta function and other zetas from number theory
2. Ihara's zeta function
3. Selberg's zeta function
4. Ruelle's zeta function
5. Chaos
Part II. Ihara's Zeta Function and the Graph Theory Prime Number Theorem: 6. Ihara zeta function of a weighted graph
7. Regular graphs, location of poles of zeta, functional equations
8. Irregular graphs: what is the RH?
9. Discussion of regular Ramanujan graphs
10. The graph theory prime number theorem
Part III. Edge and Path Zeta Functions: 11. The edge zeta function
12. Path zeta functions
Part IV. Finite Unramified Galois Coverings of Connected Graphs: 13. Finite unramified coverings and Galois groups
14. Fundamental theorem of Galois theory
15. Behavior of primes in coverings
16. Frobenius automorphisms
17. How to construct intermediate coverings using the Frobenius automorphism
18. Artin L-functions
19. Edge Artin L-functions
20. Path Artin L-functions
21. Non-isomorphic regular graphs without loops or multiedges having the same Ihara zeta function
22. The Chebotarev Density Theorem
23. Siegel poles
Part V. Last Look at the Garden: 24. An application to error-correcting codes
25. Explicit formulas
26. Again chaos
27. Final research problems
References
Index.