Two-loop superstrings II. The chiral measure on moduli space

Nuclear Physics B

Volumn 636, Issue 3, 2002, Pages 3-60

  D'Hoker, Eric ^a   Phong, D H ^b  

^a UNIVERSITY OF CALIFORNIA   (United States)

^b Och Spine at New York Presbyterian Hospitals   (United States)

Author keywords

[No Author keywords available]

Indexed keywords

EID: 0037068032     PISSN: 05503213     EISSN: None     Source Type: Journal    
DOI: 10.1016/S0550-3213(02)00431-5     Document Type: Article

References (81)

1. Conformal invariance, supersymmetry, and string theory
2. Loop amplitudes for the fermionic string
3. Strings and supermoduli
4. The geometry of string perturbation theory
5. Chiral bosonization, determinants and the string partition function
6. Multiloop calculations in covariant superstring theory
7. Superstring perturbation theory
8. An ambiguity in fermionic string theory
9. Some remarks on two-loop string calculations
10. A note on the integral over fermionic supermoduli
11. Some global issues in string perturbation theory
12. Catoptric tadpoles
13. On the vanishing of the genus 2 superstring vacuum amplitude
14. Modular invariance and the two-loop vanishing of the cosmological constant
15. The two-loop superstring vacuum amplitude and canonical divisors
16. Notes on non-renormalization theorem in superstring theories
17. Pointwise vanishing of two-loop contributions to 1, 2, 3 point functions in superstring theories
18. On non-renormalization theorems for four-dimensional superstrings
19. The genus 2 heterotic string cosmological constant
20. On covariant multiloop superstring amplitudes
21. Factorization and modular invariance of multiloop superstring amplitudes in the unitary gauge
22. On the two-loop contribution to the superstring four-point function
23. Interacting string picture of the fermionic string
24. Factorization of a two-loop four point superstring amplitude
25. Factorization of a two-loop four point superstring amplitude
26. A note on multiloop calculations for superstrings in the NSR formulation
27. Factorization properties of genus two bosonic and fermionic string partition functions
28. On finiteness of the superstring
29. Multiloop modular invariance of D = 10 type II superstring theory
30. Strings in the operator formalism
31. Fermionic strings in the operator formalism
32. On the (B, C) system contribution to superstring amplitudes
33. Group theoretic approach to the perturbative string S-matrix
34. Group theoretic method for string loop diagrams
35. Group theoretic approach to the superstring and its supermoduli
36. A simple expression for the multiloop amplitude in the bosonic string
37. BRST invariant operator formalism for the superstring
38. N string, G loop vertex for the bosonic string
39. N string, G loop vertex for the fermionic string
40. Modular forms and the cosmological constant
41. The Mumford form and the Polyakov measure in string theory
42. A superanalog of the Selberg trace formula and multiloop contributions for fermionic strings
43. Notes on string theory and two-dimensional conformal field theory
44. Global structure of the superstring partition function and resolution of the supermoduli measure ambiguity
45. The geometry of super Riemann surfaces
46. Unambiguous fermionic string amplitudes
47. Two-loop superstrings I: Main formulas
48. Superstrings, super-Riemann surfaces and supermoduli space
49. Supersymmetry, supergravity theories and the dual spinor model
50. Supersymmetrical string theories
51. Heterotic string theory II. The interacting heterotic string
52. Conformal scalar fields and chiral splitting on super Riemann surfaces
53. Dual theory for free fermions
54. Factorizable dual model of pions
55. Super-Weyl transformations in two dimensions
56. Superspace geometry of superstrings
57. Superholomorphic anomalies and supermoduli space
58. Unitarity of closed superstring perturbation theory
59. Chiral bosonization, determinants, and the string partition function
60. Theta Functions on Riemann Surfaces
61. Two-loop superstrings III. Spice independence and absence of ambiguities
62. Two-loop superstrings IV. The cosmological constant and modular forms
63. The box graph in superstring theory
64. Momentum analyticity and finiteness of the one-loop superstring amplitude
65. Vertex operators for closed strings
66. Algebraic geometry and the theory of quantized strings
67. Modular forms and two-loop string physics
68. On determinants of laplacians on Riemann surfaces
69. Explicit formulae for one-, two-, three- and four-point loop amplitudes
70. Asymptotics of the spectrum and the Selberg zeta function on the space of Riemann surfaces
71. Superstring modifications of Einstein's equations
72. One-loop in eleven dimensions
73. Two-loops in eleven dimensions
74. The low energy expansion of the one-loop type II superstring
75. U-duality and M-theory
76. Vacuum energy cancellation in a nonsupersymmetric string
77. Self-dual nonsupersymmetric type II string compactifications
78. On vanishing two-loop cosmological constants in nonsupersymmetric strings
79. Evidence for non-vanishing cosmological constant in nonSUSY superstring models