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Wilson loops in N = 4 SO(N) SYM and D-branes in AdS
5
× ℝℙ
5
Simone Giombi
, Bendeguz Offertaler
Physics
Research output
:
Contribution to journal
›
Article
›
peer-review
8
Scopus citations
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Dive into the research topics of 'Wilson loops in N = 4 SO(N) SYM and D-branes in AdS
5
× ℝℙ
5
'. Together they form a unique fingerprint.
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Keyphrases
Wilson Loop
100%
D-branes
100%
Branes
60%
String Theory
40%
Expectation Values
40%
Spinors
40%
Gauge Group
40%
Strong Coupling
20%
Two-point Function
20%
Large N Limit
20%
Coupling Behavior
20%
Lie Algebra
20%
Supersymmetric Localization
20%
Quantitative Test
20%
Super Yang-Mills
20%
Strong Coupling Limit
20%
Localization Prediction
20%
Matrix Integrals
20%
Classical Action
20%
Bremsstrahlung Function
20%
Displacement Operator
20%
Spinor Representation
20%
Mathematics
Branes
100%
Spinor
75%
String Theory
50%
Expectation Value
50%
Gauge Group
50%
Matrix (Mathematics)
25%
Point Function
25%
Lie Algebra
25%
Coupling Limit
25%
Physics
String Theory
100%
Bremsstrahlung
50%
Chemistry
String Theory
100%
Bremsstrahlung
50%