Circular Wilson loop operator and master field

Similar documents
Heisenberg Model. Sayed Mohammad Mahdi Sadrnezhaad. Supervisor: Prof. Abdollah Langari

Grand Canonical Ensemble

8-node quadrilateral element. Numerical integration

The Hyperelastic material is examined in this section.

A Note on Estimability in Linear Models

10/7/14. Mixture Models. Comp 135 Introduction to Machine Learning and Data Mining. Maximum likelihood estimation. Mixture of Normals in 1D

COMPLEX NUMBER PAIRWISE COMPARISON AND COMPLEX NUMBER AHP

Review - Probabilistic Classification

Soft k-means Clustering. Comp 135 Machine Learning Computer Science Tufts University. Mixture Models. Mixture of Normals in 1D

Lecture 14. Relic neutrinos Temperature at neutrino decoupling and today Effective degeneracy factor Neutrino mass limits Saha equation

Deconfinement phase transition in SU(3)/Z3 QCD (adj) via the gauge theory/affine XY-model duality

Outlier-tolerant parameter estimation

Phys 774: Nonlinear Spectroscopy: SHG and Raman Scattering

Economics 600: August, 2007 Dynamic Part: Problem Set 5. Problems on Differential Equations and Continuous Time Optimization

From Structural Analysis to FEM. Dhiman Basu

Jones vector & matrices

Study of Dynamic Aperture for PETRA III Ring K. Balewski, W. Brefeld, W. Decking, Y. Li DESY

Physics of Very High Frequency (VHF) Capacitively Coupled Plasma Discharges

4D SIMPLICIAL QUANTUM GRAVITY

Addition of angular momentum

1 Minimum Cut Problem

Background: We have discussed the PIB, HO, and the energy of the RR model. In this chapter, the H-atom, and atomic orbitals.

Finite element discretization of Laplace and Poisson equations

Physics 256: Lecture 2. Physics

Electromagnetic scattering. Graduate Course Electrical Engineering (Communications) 1 st Semester, Sharif University of Technology

EE 570: Location and Navigation: Theory & Practice

functions Anton Nedelin String Theory and Quantum Gravity, Ascona 6 July 2017 based on works with M. Zabzine and F.Nieri and 1605.

Addition of angular momentum

Quadratic speedup for unstructured search - Grover s Al-

Lecture 3: Phasor notation, Transfer Functions. Context

π e ax2 dx = x 2 e ax2 dx or x 3 e ax2 dx = 1 x 4 e ax2 dx = 3 π 8a 5/2 (a) We are considering the Maxwell velocity distribution function: 2πτ/m

Lecture 21. Boltzmann Statistics (Ch. 6)

The Fourier Transform

167 T componnt oftforc on atom B can b drvd as: F B =, E =,K (, ) (.2) wr w av usd 2 = ( ) =2 (.3) T scond drvatv: 2 E = K (, ) = K (1, ) + 3 (.4).2.2

Radial Cataphoresis in Hg-Ar Fluorescent Lamp Discharges at High Power Density

Hydrogen Atom and One Electron Ions

Folding of Regular CW-Complexes

12. The Hamilton-Jacobi Equation Michael Fowler

Polymer Chains. Ju Li. GEM4 Summer School 2006 Cell and Molecular Mechanics in BioMedicine August 7 18, 2006, MIT, Cambridge, MA, USA

Math 656 March 10, 2011 Midterm Examination Solutions

Rayleigh-Schrödinger Perturbation Theory

COHORT MBA. Exponential function. MATH review (part2) by Lucian Mitroiu. The LOG and EXP functions. Properties: e e. lim.

10/23/2003 PHY Lecture 14R 1

VISUALIZATION OF DIFFERENTIAL GEOMETRY UDC 514.7(045) : : Eberhard Malkowsky 1, Vesna Veličković 2

u x v x dx u x v x v x u x dx d u x v x u x v x dx u x v x dx Integration by Parts Formula

First looking at the scalar potential term, suppose that the displacement is given by u = φ. If one can find a scalar φ such that u = φ. u x.

CHAPTER 33: PARTICLE PHYSICS

C/CS/Phy191 Problem Set 3 Solutions Out: Oct 1, 2008., where ( 00. ), so the overall state of the system is ) ( ( ( ( 00 ± 11 ), Φ ± = 1

CHAPTER 14 GENERAL PERTURBATION THEORY

Integrals and Invariants of Euler-Lagrange Equations

Hiroaki Matsueda (Sendai National College of Tech.)

CHAPTER 24 HYPERBOLIC FUNCTIONS

For all questions, answer choice E) NOTA" means none of the above answers is correct.

NOTES FOR CHAPTER 17. THE BOLTZMANN FACTOR AND PARTITION FUNCTIONS. Equilibrium statistical mechanics (aka statistical thermodynamics) deals with the

Equil. Properties of Reacting Gas Mixtures. So far have looked at Statistical Mechanics results for a single (pure) perfect gas

JEE-2017 : Advanced Paper 2 Answers and Explanations

Analyzing Frequencies

Ερωτήσεις και ασκησεις Κεφ. 10 (για μόρια) ΠΑΡΑΔΟΣΗ 29/11/2016. (d)

Einstein Equations for Tetrad Fields

ON MECHANICS WITH VARIABLE NONCOMMUTATIVITY

Chapter 3. r r. Position, Velocity, and Acceleration Revisited

1) They represent a continuum of energies (there is no energy quantization). where all values of p are allowed so there is a continuum of energies.

Eigenvalue Distributions of Quark Matrix at Finite Isospin Chemical Potential

ME 200 Thermodynamics I Spring 2014 Examination 3 Thu 4/10/14 6:30 7:30 PM WTHR 200, CL50 224, PHY 112 LAST NAME FIRST NAME

Higher order derivatives

A Probabilistic Characterization of Simulation Model Uncertainties

Consider a system of 2 simultaneous first order linear equations

te Finance (4th Edition), July 2017.

Calculation of Coherent Synchrotron Radiation in General Particle Tracer

Lucas Test is based on Euler s theorem which states that if n is any integer and a is coprime to n, then a φ(n) 1modn.

Lecture 23 APPLICATIONS OF FINITE ELEMENT METHOD TO SCALAR TRANSPORT PROBLEMS

First derivative analysis

. You need to do this for each force. Let s suppose that there are N forces, with components ( N) ( N) ( N) = i j k

ST 524 NCSU - Fall 2008 One way Analysis of variance Variances not homogeneous

WHY BLACK HOLES PHYSICS?

4 x 4, and. where x is Town Square

NTNU Trondheim, Institutt for fysikk

Davisson Germer experiment Announcements:

??? Dynamic Causal Modelling for M/EEG. Electroencephalography (EEG) Dynamic Causal Modelling. M/EEG analysis at sensor level. time.

Mechanics Physics 151

Physics 607 Exam 1. ( ) = 1, Γ( z +1) = zγ( z) x n e x2 dx = 1. e x2

1- Summary of Kinetic Theory of Gases

Static/Dynamic Deformation with Finite Element Method. Graphics & Media Lab Seoul National University

Quasi-Classical States of the Simple Harmonic Oscillator

Holographic Anyons in the ABJM theory

( V ) 0 in the above equation, but retained to keep the complete vector identity for V in equation.

Self-interaction mass formula that relates all leptons and quarks to the electron

Homework & Solution. Contributors. Prof. Lee, Hyun Min. Particle Physics Winter School. Park, Ye

Epistemic Foundations of Game Theory. Lecture 1

Lecture 5: Ideal monatomic gas

Fakultät III Wirtschaftswissenschaften Univ.-Prof. Dr. Jan Franke-Viebach

22/ Breakdown of the Born-Oppenheimer approximation. Selection rules for rotational-vibrational transitions. P, R branches.

Introduction to Condensed Matter Physics

Anglo-Chinese Junior College H2 Mathematics JC 2 PRELIM PAPER 1 Solutions

September 27, Introduction to Ordinary Differential Equations. ME 501A Seminar in Engineering Analysis Page 1. Outline

4037 ADDITIONAL MATHEMATICS

Standard Model - Electroweak Interactions. Standard Model. Outline. Weak Neutral Interactions. Electroweak Theory. Experimental Tests.

Implicit Integration Henyey Method

Introduction to the quantum theory of matter and Schrödinger s equation

Field and Wave Electromagnetic. Chapter.4

Transcription:

YITP wor shop Dvlopmnt of Quantum Fld Thory and trng Thory Crcular Wlson loop oprator and mastr fld hoch Kawamoto OCAMI, Osaa Cty Unvrsty atonal Tawan ormal Unvrsty from August Wth T. Kuro Ryo and A. Mwa Toyo U., Komaba 3 July 8

Introducton BP objcts hav playd mportant rols n study of Ad/CFT corrspondnc strngugra n a waly curvd bacground trongly coupld gaug thory BP objcts wll not gt corrctd by quantum ffcts.g. chral prmars I n n Φ Φ Today, w ar gong to loo at dffrnt typs of BP objcts. 3 July 8, YITP worshop hoch Kawamoto Osaa Cty Unvrsty /4

Introducton contnud In Ad/CFT corrspondnc, Wlson loops corrspond to strng D-bran world volum: W-boson trng world-sht Gravty dual W C strng Wlson loop oprators n 4 supr Yang-Mlls may prsrv som of suprsymmtry. Crcular loop traght ln 3 July 8, YITP worshop hoch Kawamoto Osaa Cty Unvrsty 3/4

Wlson loops n 4 supr Yang-Mlls Wlson loop oprators n YM: [ ] ds A s s Φ y s y W C P p s In gnral, th stnc of th loop bras som of th symmtry of vacuum. s Howvr, f th loop has a partcular shap, t may prsrv som of thm. UY transformaton: δ ε A ΨΓ, δ Φ ΨΓε Γ Γ y δw C P ds Ψ ε δ A ε, AΦ ε ε Γ ε BP condton: Γ Γ ε Poncar UY y ΨΓ Γ ν δ Φ ΨΓ Γν suprconformal ν ν ε y A half of ε locally solvs th quaton. local BP condton. y θ θ 3 July 8, YITP worshop hoch Kawamoto Osaa Cty Unvrsty 4/4

uprsymmtrc Wlson loops Whn θ s constant, w fnd two half-bp solutons: traght ln: s s,,, 5 θ δ Crcular loop: s Rcoss, Rsns,, 5 θ δ Γ Γ5 ε Γ ε ε 5 RΓ5ε Zarmobo, Drur,, Ths loops prsrv L, R O3 O5, symmtry as wll. 3 July 8, YITP worshop hoch Kawamoto Osaa Cty Unvrsty 5/4

Crcular Wlson loops and matr modl ν j A s Φ θ s A s Φ θ s hghr W C ds ds ν j g s s s s O g dsds 4 4π s s O n : Planar Laddr appro. W C Prturbatv calculaton of th pctaton valu of a crcular Wlson loop. g 4 4π ds ds / 4 8 / 4 n! n M An 4 YM n n! Gaussan n 3 July 8, YITP worshop hoch Kawamoto Osaa Cty Unvrsty 6/4 / # of planar graphs A n s Rcos s, Rsn s,, A n can b calculatd by Gaussan matr modl: A M n M n n M Z dm M Ercson-mnoff-Zarmbo O M dm O Z

3 July 8, YITP worshop hoch Kawamoto Osaa Cty Unvrsty 7/4 Multply wound loops and gnvalu ff M d Z d Z Z < j j ff ln δ δ ρ If a crcular loop gos around th sam path tms Consdr th followng partton functon wth a sngl trac oprator π ρ d ln ρ ff 4 6 * κ κ Dfn th gnvalu dstrbuton functon O O ~ O O : sm-crcl O: ffctv acton for * Egnvalu dstrbuton.yamaguch

Rsolvnt To dtrmn th gnvalu dstrbuton wth havng ths loop oprator, consdr th pctaton valu of th rsolvnt: R z z M z M z M M By mployng th loop quaton D q., M z M M cyl z M M cyl z M By Laplac transformaton, M pz dp z M M p M o / corrcton solatd pol coms from a mrgd loop. ot: to ths ordr th rsolvnt s gvn by R z z * z z 3 July 8, YITP worshop hoch Kawamoto Osaa Cty Unvrsty 8/4

Wlson loops as D3-bran Fundamntal strngs may ntract on anothr A bttr dscrpton s gvn by D3-bran Gant Wlson loop D3 TD3 oluton for th crcular loop: Drur-Fol L ds d sn φ dt πα [ ] d cos d dρ snh ρdω L Ω g F snθ snh dρdθ 4 sn ρ T D3 cos P C 4 πα 4 sn F 4 L ρ 5 Ansatz ρ, A ρ snhρ coshρ cosθ cos sn cosh ρ snh ρ cosθ oluton of th quatons of moton: : numbr of strngs flu sn F κ snhρ 8π snh 4 3 July 8, YITP worshop hoch Kawamoto Osaa Cty Unvrsty 9/4 κ ρ L κ Inducd mtrc: ds 3 cos Ω d d D L κ d Ad sn κ sn ρ

Boundary trms ds to add th boundary trms B P A Π Drur-Gross-Oogur ar th boundary, th world-volum tnds nfntly., A P,Π to cancl dvrgnc fundamntal strng At th boundary, nd to f Π P,Π Drchlt b.c. : numbr of fundamntal strng Lgndr transformaton: δ B.o.m. δp A δπ ow th acton bcoms th functonal of P and Π B sol κ κ snh κ W crcl 4 YM sol B holds for larg Drur-Fol M 3 July 8, YITP worshop hoch Kawamoto Osaa Cty Unvrsty /4

Boundary condton for D3-Wlson loop.k.-kuro-mwa W hav addd th boundary trms, B ΦP A Π Φ Φ π α Y L At th boundary, w nd to mpos boundary condtons on P and Π. s,ys ar boundary, D3 world-volum nd to shrn down to b on dmnsonal. Factorzd part B W propos A s Φ y s ds Π boundary s PΦ boundary Rparamtrzaton nvarant Charg balanc condton of Callan- Maldacna strng y s 3 July 8, YITP worshop hoch Kawamoto Osaa Cty Unvrsty /4

Gaug thory rsolvnt from D3-bran.K.-Kuro-Mwa In th gaug thory sd, / corrcton an solatd pol appars as th contrbuton from a mrgd loop: R pol z z M M dp pz p M W would l to valuat th r.h.s by usng D3-bran. D3-bran wth p-flu pz p M pz DBI WZ B p dp dp classcal sol. B P A Π P PΦ π p d ΠA p Π d A Φ Φ Φ P P π Φ L π α y y 3 July 8, YITP worshop hoch Kawamoto Osaa Cty Unvrsty /4

3 July 8, YITP worshop hoch Kawamoto Osaa Cty Unvrsty 3/4 Gaug thory rsolvnt from D3-bran * * classcal sol. pol 3 z z A d z z R D B WZ DBI p P P Φ π Π Π A d p A d snh 4 κ ρ ρ ρ ρ O d F d d A d * Egnvalu dstrbuton It rproduc th corrct poston of th solatd pol 4 6 * κ κ Prform Laplac transformaton w.r.t. p

Concluson Th solatd gnvalu of th matr modl s dntfd wth th lctrc flu of th D3-bran soluton. W propos boundary condtons for D3-bran soluton. Anothr approach: Bubblng Wlson loop Yamaguch, Lunn, Ouda-ancanll, 4 Ad ovr a two-plan,y. y 4 shrns shrns Drur-Fol s soluton 3 July 8, YITP worshop hoch Kawamoto Osaa Cty Unvrsty 4/4

3 July 8, YITP worshop hoch Kawamoto Osaa Cty Unvrsty 5/4

3 July 8, YITP worshop hoch Kawamoto Osaa Cty Unvrsty 6/4

pm M pm M pm M cylndr dp pz pm M z M z M M dp pz pm M Z Φ Φ, X Φ3 Φ4 3 July 8, YITP worshop hoch Kawamoto Osaa Cty Unvrsty 7/4