Trento 10 Nucleons and Holography I. Zahed. Outline Holography 1-Nucleon 2-Nucleon -Nucleon.

Slides:



Advertisements
Similar presentations
Topological Structure of Dense Hadronic Matter
Advertisements

Milos June 2011 V. Kaplunovsky A. Dymarsky, D. Melnikov and S. Seki,
1 Holographic description of Hadrons from String Theory Shigeki Sugimoto (IPMU) Rencontres de Moriond, March 25, La Thuile, Italy (based on works.
Two Approaches to Holographic Baryons/Nuclei PILJIN YI (KIAS) 5 th APFB, Seoul, August 2011 Koji Hashimoto Deog-Ki Hong Norihiro Iizuka Youngman Kim Sangmin.
Analysis of QCD via Supergravity S. Sugimoto (YITP) based on hep-th/ (T. Ibaraki + S.S.) Windows to new paradigm in particle Sendai.
Baryons with Holography Hideo SUGANUMA ( Kyoto Univ. ) Toru KOJO ( Kyoto Univ. ) Kanabu NAWA ( RCNP ) in collaboration with.
Hadronic Freedom approaching from first principles Mannque Rho, Saclay/Hanyang.
From Quarks to Nuclei to Compact Stars and Back Formulating nuclear physics from first principles Mannque Rho, Saclay.
Precision Holographic Baryons PILJIN YI (KIAS) Baryons 2010, Osaka, December 2010 Koji Hashimoto Deog-Ki Hong Norihiro Iizuka Youngman Kim Sangmin Lee.
Nuclear Forces from String Theory Koji Hashimoto (RIKEN, Mathematical physics lab) 22 nd July arXiv/ N.Iizuka, P.Yi, KH arXiv/ ,
Gauge/Gravity Duality 2 Prof Nick Evans AdS/CFT Correspondence TODAY Quarks Deforming AdS Confinement Chiral Symmetry Breaking LATER Other brane games.
T OPOLOGY CHANGE AND HADRON PROPERTIES IN COLD DENSE MATTER WCU-Hanyang Project Work in progress with Hyun Kyu Lee and Byung-Yoon Park.
Thermal phenomenological AdS/QCD 1. Thermal AdS/QCD 2. In-medium parameters 3. Chiral phase transition 4. Coupling constants Y. Kim (KIAS) with S.-J. Sin,
Hadronic matter from the vector manifestation (VM) fixed point Mannque Rho Chiral 05/RIKEN.
Conductivity and non-commutative holographic QCD M. Ali-Akbari School of physics, IPM, Iran Sixth Crete regional meeting in string theory Milos, 2011.
1 Nuclear Binding and QCD ( with G. Chanfray) Magda Ericson, IPNL, Lyon SCADRON70 Lisbon February 2008.
AdS/CFT-QCD-CMT Yi NTHU April 8 th, 2010.
On Holographic (stringy ) Baryons
Exotic states at boundary of quark matter Mannque Rho Saclay (HIM, September 2006)
Bottom-up AdS/QCD through a few examples Y. Kim (KIAS)
\ String theory for Nuclear physics Sang-Jin Sin (Hanyang meeting
The structure of neutron star by using the quark-meson coupling model Heavy Ion Meeting ( ) C. Y. Ryu Soongsil University, Korea.
S TRANGENESS AND COLD DENSE MATTER WCU-YITP Mannque Rho (Saclay & Hanyang) A personal overview: April 21, 2011.
INSTANTON AND ITS APPLICATION Nam, Seung-il Yukawa Institute for Theoretical Physics (YITP), Kyoto University, Japan YITP, Kyoto University YITP Lunch.
L. R. Dai (Department of Physics, Liaoning Normal University) Z.Y. Zhang, Y.W. Yu (Institute of High Energy Physics, Beijing, China) Nucleon-nucleon interaction.
Mannque Rho CEA Saclay “f 0 (500)” is a Pseudo-Nambu-Goldstone “f 0 (500)” is a Pseudo-Nambu-Goldstone Boson  in Dense Baryonic Matter Boson  in Dense.
Mannque Rho Saclay What the Skyrmion Predicts in Dense Baryonic Matter that  Perturbation Theory Does Not Changchun October, 2014.
Hadron to Quark Phase Transition in the Global Color Symmetry Model of QCD Yu-xin Liu Department of Physics, Peking University Collaborators: Guo H., Gao.
Recent progress on nuclear physics from Skyrme model Yong-Liang Ma Jilin University In Collaboration with: M. Harada, B. R. He H. K. Lee, Y. Oh, B. Y.
5d truncation ignoring the 5-sphere (SO(6) gauge symmetry) There are 42 scalars - a 20 of SO(6) - a 10 and 10 of SO(6) - scalar dilaton-axion, singlets.
Instanton vacuum at finite density Hyun-Chul Kim Department of Physics Inha University S.i.N. and H.-Ch.Kim, Phys. Rev. D 77, (2008) S.i.N., H.Y.Ryu,
Heavy Quarkonium melting with Holographic Potential Defu Hou (CCNU,Wuhan) SQM2008, Beijing, Oct. 6-10, 2008 With Hai-cang Ren, JHEP 0801:029,2008.
Heavy Quarkonium States with the Holographic Potential Defu Hou (CCNU) From Strings to Things, Seattle, May 2008 With Hai-cang Ren, JHEP 0801:029,2008.
Denis Parganlija, A Linear Sigma Model with Vector Mesons and Global Chiral Invariance Denis Parganlija In collaboration with Francesco Giacosa,
II Russian-Spanish Congress “Particle and Nuclear Physics at all scales and Cosmology”, Saint Petersburg, Oct. 4, 2013 RECENT ADVANCES IN THE BOTTOM-UP.
Mannque Rho CEA Saclay Nuclear tensor forces and a signal for scale -chiral symmetry in nuclei 2 nd APCTP-ECT* Workshop 2015 What I would propose to work.
Hidden Local Fields in Hot/Dense Matter “What matters under extreme conditions” Berkeley 2007.
Weak-to-strong coupling transition in AdS/CFT and QCD phenomenology E.Shuryak Stony Brook Oct.23ed,2009.
Korea-EU Alice 2004 Su Houng Lee Hungchong Kim, Taesoo Song, Yongjae Park, Yongshin Kwon (Osaka), Youngsoo Son, Kyungchul Han, Kyungil Kim Nuclear and.
Holographic QCD in the medium
Holographic Hadrons in dense medium Sang-Jin Sin
Helmholtz International Summer School, Dubna, 24 July 2008 Pion decay constant in Dense Skyrmion Matter Hee-Jung Lee ( Chungbuk Nat’l Univ.) Collaborators.
Holographic cold nuclear matter as dilute instanton gas 1.Introduction 2.Model of Baryon system 3.D8 brane embedding 4.Chemical potential and phase transition.
Skyrmions Revisited 2006 Mannque Rho PNU & Saclay Quarks, Nuclei and Universe Daejon 2006.
Heavy quarkonia in AdS/QCD Y. Kim (KIAS) YK, J.-P. Lee, S. H. Lee, Phys. Rev. D75:114008, YK, B.-H. Lee, C. Park, and S.-J. Sin, hep-th/
Restoration of chiral symmetry and vector meson in the generalized hidden local symmetry Munehisa Ohtani (RIKEN) Osamu Morimatsu ( KEK ) Yoshimasa Hidaka(TITech)
Integrating out Holographic QCD Models to Hidden Local Symmetry Masayasu Harada (Nagoya University) Dense strange nuclei and compressed baryonic matter.
Topological Structure of Dense Hadronic Matter October, 2004 Seoul V. Vento Universitat de València Colaborators: Heejung Lee (Universitat de València),
Half-Skyrmion Matter & Quarkionic Matter HIM-WCU workshop Hanyang U. Oct. 31, 2009 Byung-Yoon Park (Chungnam Nat’l Univ.)
Proton Mass and EoS for Compressed Baryonic Matter ATHIC 14/11/12 Mannque Rho (Saclay and Hanyang)
Nuclear Matter Density Dependence of Nucleon Radius and Mass and Quark Condensates in the GCM of QCD Yu-xin Liu Department of Physics, Peking University.
Dense Baryonic Matter in the Hidden Local Symmetry Approach Yong-Liang Ma Department of Physics, Nagoya University. Talk APCTP-WCU Focus Program,
Topology Change and EoS for Compressed Baryonic Matter WCU-APCTP 2013.
Phases Diagram in a Refined Holographic QCD Model Yi May 7, 2014 XS2014 安徽  黃山.
C.A. Dominguez Centre for Theoretical Physics & Astrophysics University of Cape Town Department of Physics, Stellenbosch University South Africa XII WORKSHOP.
On Holographic nuclear attraction and nuclear matter
-Nucleon Interaction and Nucleon Mass in Dense Baryonic Matter
Density effect and beyond
Nuclear Symmetry Energy in holographic QCD
Exotic mesons in holographic QCD
Dense Matter and Holography
Weak Interacting Holographic QCD
The Structure of Nuclear force in a chiral quark-diquark model
Quark Mass in Holographic QCD
Koji Hashimoto (RIKEN, Mathematical physics lab)
Holographic Heavy- Light mesons from non- Abelian DBI
Present status of bottom up model: sample works
Hyun Kyu Lee Hanyang University
Dilaton in Baryonic Matter
Excited QCD 2010, 31 Jan.-6 Feb., 2010 Tatra National Park (Slovakia)
Presentation transcript:

Trento 10 Nucleons and Holography I. Zahed

Outline Holography 1-Nucleon 2-Nucleon -Nucleon

Holography Maldacena 97, Witten 98, …

AdS/CFT Mass,ChargeMass,Charge N=4 SYM Dual Maldacena 97’

D4-D8: Nc>Nf QCD <Mkk Dual: Witten 98’, Sakai-Sugimoto 04’

Mesons: 4D Below : Sakai and Sugimoto 04

Baryon: Instanton Wrapped D4=Instanton D8=Skyrmion Atiyah+Manton 89!

Shortcomings Mass,ChargeMass,Charge Expansion Upper cutoff chiral limit

1-Nucleon Hong, Rho, Yee and Yi 07; Sakai and Sugimoto 07; Kim and Zahed 08

Instanton in 5D Sakai and Sugimoto 07

Nucleon in 4D Kim and Zahed 08

Vector Meson Dominance Kim and Zahed 08

EM Charge and Radius Core~1/λ Kim and Zahed 08

Form Factor: E Hong, Rho, Yee and Yi 07, Sakai and Sugimoto 08, Kim and Zahed 08

Cheshire Cat Principle MIT-bag BR-bag Skyrmion Nadkarni+Nielsen+Zahed 85, Rho …

Lewis Caroll Cheshire Cat “I have often seen a cat without a grin but never a grin without a cat” MIT bag Skyrmion Alice in wonderland:

2-Nucleon Kim and Zahed 09; Hashimoto, Sakai and Sugimoto 09

ADHM: kxk

Defensive: ρ = 9.64

Combed: ρ = 9.64

Nucleon-Nucleon: Core 4D Coulomb Repulsion ! V1

Nucleon_Nucleon: Cloud

Many-Nucleon Rho, Sin, Zahed 09

Instanton with Holonomy 2L Krann, van Baal 98; Lee, Lu 98 = KvLL

1 Instanton  2 Dyons : 0<v<1!

Array: Instantons  Dyons 2L L(+,+) (-,-) Instanton A3: holonomy I=fcc  D=bcc

Why Salt ? Order : BPS Order : non-BPS with size + and – form bcc with 0<v<1 I-fccD-bcc

BCC of ½ Instantons To order ω-core repulsion between v and (1-v) : Repulsion balances v=1-v iev=1/2

Holographic Restoration LXR

Estimate of fcc  bcc KvLLfcc bcc

Binding Energy Madelung Constant for salt MD=1.748, L=1 fm, ρ=L/√π

Melting Temperature Lindemann criterion:

Cold Phase Diagram T MeV n/n0 fcc: Skyrme crystal bcc: dyonic salt dyonic liquid

Summary Baryons are Holograms of Instantons 1,2 nucleons BPS (core) VMD (cloud) Cold+Dense nuclei form a Dyonic Liquid