Project Euclid
mathematics and statistics online
Help
Contact
RSS
Log in
All
-----
Title
Author(s)
Abstract
Subject
Keyword
All Fields
Full Text
-----
About
or
Browse by
Title
Publisher
Discipline
About
News and events
Governance
Advisory Board
Project Euclid publishers
Policies
Ways to support Project Euclid
Contact Project Euclid
for Researchers
Manage my account
Accessing Project Euclid
Access levels
Pay-per-view and print-on-demand
for Librarians
Manage my account
Access levels
Collections, titles, and ordering
Librarian tools
for Publishers
Manage my account
Why partner with Project Euclid?
Benefits of Euclid Prime
Features of Project Euclid
Discovery service partners
Alloy — A Publishing Services Alliance
Publisher tools
Duke Mathematical Journal
Info
Advance publication
Current issue
All issues
Accepted papers
Search
Duke Math. J.
← Previous issue
Next issue →
Volume 82, Number 2
February 1996
Select/deselect all
Export citations
Topological quantum field theories for surfaces with spin structure
C. Blanchet
and
G. Masbaum
; 229 - 267
More by C. Blanchet
Search this author in:
Google Scholar
Project Euclid
More by G. Masbaum
Search this author in:
Google Scholar
Project Euclid
Abstract
PDF
Tame actions of group schemes: integrals and slices
T. Chinburg
,
B. Erez
,
G. Pappas
, and
M. J. Taylor
; 269 - 308
More by T. Chinburg
Search this author in:
Google Scholar
Project Euclid
More by B. Erez
Search this author in:
Google Scholar
Project Euclid
More by G. Pappas
Search this author in:
Google Scholar
Project Euclid
More by M. J. Taylor
Search this author in:
Google Scholar
Project Euclid
Abstract
PDF
Holomorphic symplectomorphisms in
ℂ
2
p
John Erik Fornæss
and
Nessim Sibony
; 309 - 317
More by John Erik Fornæss
Search this author in:
Google Scholar
Project Euclid
More by Nessim Sibony
Search this author in:
Google Scholar
Project Euclid
Abstract
PDF
Multiplicity
g
points on theta divisors
Roy Smith
and
Robert Varley
; 319 - 326
More by Roy Smith
Search this author in:
Google Scholar
Project Euclid
More by Robert Varley
Search this author in:
Google Scholar
Project Euclid
Abstract
PDF
Convergence of zeta functions on symplectic and metaplectic groups
Goro Shimura
; 327 - 347
More by Goro Shimura
Search this author in:
Google Scholar
Project Euclid
Abstract
PDF
Geometry of
p
-jets
Alexandru Buium
; 349 - 367
More by Alexandru Buium
Search this author in:
Google Scholar
Project Euclid
Abstract
PDF
Periodicity and the monodromy theorem
Robert F. Coleman
and
Monica Nicolau
; 369 - 380
More by Robert F. Coleman
Search this author in:
Google Scholar
Project Euclid
More by Monica Nicolau
Search this author in:
Google Scholar
Project Euclid
Abstract
PDF
More irreducible boundary representations of free groups
Gabriella Kuhn
and
Tim Steger
; 381 - 436
More by Gabriella Kuhn
Search this author in:
Google Scholar
Project Euclid
More by Tim Steger
Search this author in:
Google Scholar
Project Euclid
Abstract
PDF
Proper holomorphic mappings between real analytic domains in
C
n
Xiaojun Huang
and
Yifei Pan
; 437 - 446
More by Xiaojun Huang
Search this author in:
Google Scholar
Project Euclid
More by Yifei Pan
Search this author in:
Google Scholar
Project Euclid
Abstract
PDF
New dual pair correspondences
Jing-Song Huang
,
Pavle Pandžić
, and
Gordan Savin
; 447 - 471
More by Jing-Song Huang
Search this author in:
Google Scholar
Project Euclid
More by Pavle Pandžić
Search this author in:
Google Scholar
Project Euclid
More by Gordan Savin
Search this author in:
Google Scholar
Project Euclid
Abstract
PDF
Select/deselect all
Export citations
Export citations
Format:
Text (BibTeX)
Text (printer-friendly)
RIS (EndNote, ProCite, Reference Manager)
Delivery Method:
Download
Email
Please enter a valid email address.
Email sent.
© 2018 Duke University Press
Top
Duke University Press
Editorial Board
For Authors
Subscriptions
Purchase print copies of recent issues
DMJ 100
Credits
New content alerts
Email
RSS ToC
RSS Article
You have access to this content.
You have partial access to this content.
You do not have access to this content.
Turn Off MathJax
What is MathJax?
