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书名：	Key Topics In Nuclear Structure - Proceedings Of The 8th International Spring Seminar On Nuclear Physics : Proceedings of the 8th International Spring Seminar on Nuclear Physics Paestum, Italy 23 - 27 May 2004
作者：	Covello, Aldo
出版时间：	2005-03-21
ISBN：	9789812560933(P-ISBN) ，9789812702265(O-ISBN)
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CONTENTS Foreword Program Section I PRESENT AND FUTURE OF NUCLEAR STRUCTURE WITH RARE ISOTOPE BEAMS Radioactive Beams at TRIUMF A. C. Shotter 1. Introduction 2. The ISAC Facility 3. The Experimental Program at ISAC 4. Look to the Future References Experiments with Radioactive Ion Beams at ATLAS - Present Status and Future Plans K. E. Rehm 1. Introduction 2. Experimental Details 3. Experimental Results 3.1. The 2+ state in 8Be 3.2. The Charge Radius of 6He 4. R&D; at ANL towards a future RIA Facility 4.1. Multiple Charge State Accelemtion 4.2. Liquid Lithium Target Technology 5. Acknowledgments References First Experiments with REX-ISOLDE and MINIBALL D. Schwalm 1. REX-ISOLDE 1.1. The Charge State Breeder 1.2. The REX-LINAC 2. The MINIBALL Array 3. First Experiments 4. Outlook Acknowledgements References Prospects with Rare Isotope Beams at the International Facility for Antiprotons and Ion Research FAIR) T. Aumann 1. Overview 2. The radioactive beam facility 3. Experiments with slowed-down and stopped beams 4. Scattering experiments with high-energy rare-ion beams 5. Experiments with stored and cooled beams References The SPIRAL 2 Project at GANIL D. Goutte 1- Physics objectives and specifications Driver and primary beams Production hall Experimental area Use of neutrons for other applications 2- Reference project 3 - Accelerator driver Injector Superconducting linuc High energy beam transport 4 - RIB production station Converter Targets Ion sources Secondary beam transport lines 6 - Infrastructure and conventional facilities 7 - Project schedule and cost The Evolution.of Structure in Exotic Nuclei R. F. Casten 1. Introduction 2. Shape/Phase Transitions in Finite Nuclei and Their Locus 3. Mapping the Symmetry Triangle 4. Regularity vs. Chaos in Nuclear Spectra Acknowledgments References First Measurement of a Magnetic Moment of a Short-Lived State with an Accelerated Radioactive Beam: 76Kr N. Benczer-Koller, G. Kumbartzki, K. Hales, J. R. Cooper, L. Bernstein, L. Ahle, A. Schiller, T. J. Mertzimekis, M. J. Taylor, M. A. McMahan, L. Phair, J. Powell, C. Silver, D. Wutte, P. Maier-Komor, and K.-H. Speidel 1. Introduction 1.l. Production of 76 Kr 1.2. Experimental setup 1.3. The magnetic moment measurement 2. Results 3. Discussion 4. Future References New Interactions, Exotic Phenomena and Spin Symmetry for Anti-Nucleon Spectrum in Relativistic Approach J. Meng, S. F. Ban, L. S. Geng, J. Y. Guo, J. La, W. H. Long, H. F. Lu, J. Peng, G. Shen, S. Q. Zhang, S. S. Zhang, W. Zhang, and S. G. Zhou 1. Introduction 2. New effective interactions in RMF theory 3. Halos and giant halos 4. Spin symmetry in anti-nucleon spectra 5. Magic numbers in superheavy nuclei 6. Summary Acknowledgments References Nuclear Structure beyond the Proton Drip-Line L. S. Ferreira 1. Introduction 2. Decay widths for deformed proton emitters: Adiabatic approach 3. The non-adiabatic quasi-particle approach: contributions from Coriolis mixing and pairing residual interaction 4. Conclusions Acknowledgements References Complex Shell Model with Antibound States R. Id Betan, R. J. Liotta, N. Sandulescu, and T. Vertse 1. Introduction 2. Formalism 3. Applications 4. Conclusions References Section II NUCLEAR FORCES AND NUCLEAR STRUCTURE Studies of Phase-Shift Equivalent Low-Momentum Nucleon-Nucleon Potentials T. T. S. Kuo and J. D. Holt 1. Introduction 2. Counter terms 3. Hermitian low-momentum interactions 4. Summary and discussion Acknowledgments References Dependence of Nuclear Binding Energies on the Cutoff Momentum of Low-Momentum Nucleon-Nucleon Interaction S. Fujii, H. Kamada, R. Okamoto, and K. Suzuki 1. Introduction 2. Results and discussion 2.1. 3H and 4 H e 2.2. 160 2.3. 15O and 170 3. Conclusions Acknowledgments References The Ab Initio Large-Basis No-Core Shell Model B. R. Barrett, P. Navrcitil, A. Nogga, W. E. Ormand, I. Stetcu, J. P. Vary, and H. Zhan 1. INTRODUCTION 2. NO-CORE SHELL-MODEL APPROACH 3. RESULTS 4. CONCLUSIONS Acknowledgments References A Monopole Primer A. P. Zuker 1. Getting acquainted with Hm 1.1. The isospin puzzle 2. General form of the monopole Hamiltonian 31,2.1. Forms of Hdm 3. Inventing Hdm 3.1. Predicted monopole shell effects 4. Problems 4.1. Comparing Hdm with data 4.2. Comparing Hdm with realistic forces References Coupled Cluster Approaches to Nuclei, Ground States and Excited States D. J. Dean, M. Hjorth-Jensen, K. Kowalski, T. Papenbrock, M. Wloch, and P. Piecuch 1. Introduction 2. Coupled Cluster approach to Nuclei 3. Perspectives and Future Plans Acknowledgments References Microscopic Correlations in Nuclear Structure Calculations M. Tomaselli, T. Kuhl, D. Ursescu, and L. C. Liu 1. Introduction 2. The Boson Dynamic Correlation Model 3. Results 3.1. The calculated spectrum of 18 O 3.2. Spectrum and charge radius of 6Li References Particle-Number-Projected HFB Method with Skyrme Forces and Delta Pairing M. V. Stoitsov, J. Dobaczewski, W. Nazarewicz, P.- G. Reinhard, and J. Terasaki 1. Introduction 2. Particle-Number-Projected Skyrme-HFB Method 2.1. Slcyrme-HFB method 2.2. Particle-nurnber-projection 2.3. Delta pairing forces 2.4. Sample PNP HFB results 3. Shift Invariance Within DFT 3.1. The shift invariance under the “mixed density recipe 3.2. Other extensions of DFT 3.3. The innocent singularity in DFT applications Acknowledgments References Relativistic Pseudospin Symmetry as a Supersymmetric Pattern in Nuclei A. Leviatan 1. Introduction 2. Supersymmetric Quantum Mechanics 3. Dirac Hamiltonian with Central Fields 4. Relativistic Pseudospin Symmetry in Nuclei 5. Relativistic Pseudospin Symmetry and SUSY 6. Summary Acknowledgments References Pseudospin Symmetry in Spherical and Deformed Nuclei J. N. Ginocchio 1. Introduction 2. The Dirac Hamiltonian and Pseudospin Symmetry 3. Pseudospin Symmetry Generators 4. Pseudospin Symmetry for Axially Deformed and Spherical Nuclei 5. Summary 6. Future Section III THE ROLE OF SHELL MODEL IN THE UNDERSTANDING OF NUCLEAR STRUCTURE Nuclear Structure Calculations with Modern Nucleon-Nucleon Potentials A . Covello, L. Coraggio, A . Gargano, and N. Itaco 1. Introduction 2. Outline of theoretical framework 3. Selected results of realistic shell-model calculations 4. Phase-shift equivalent nucleon-nucleon potentials and nuclear structure calculations 5. Concluding remarks Acknowledgments References Testing Shell Model on Exotic Nuclei at 135Sb H. Mach, A . Korgul, B. A . Brown, A . Covello, A . Gargano, B. Fogelberg, R. Schuber, W. Kurcewicz, E. Werner-Malento, R. Orlandi, and M. Sawicka 1. Introduction 2. The Measurement and Discussion References Neutron-Rich In and Cd Isotopes in the 132Sn Region J . Genevey, J . A. Pinston, A . Scherillo, A . Covello, H. Faust, A. Gargano, R. Orlandi, G. S. Simpson, and I. S. Tsekhanovich 1. Introduction 2. Experimental procedure 3. Level scheme of the odd-In isotopes 4. Shell-model calculations in In isotopes 4.1. Odd In nuclei 4.2. Even In nuclei 5. Even Cd isotopes in the framework of the shell model References Pair Breaking in a Shears Band of 104In O. Yordanov, K. P. Lieb, E. Galindo, M. Hausmann, A . Jungclaus, G. A . Muller, F. Brandolini, A . Algora, A . Gadea, D. Napoli, and T. Martinez 1. Introduction 2. Experiment 3. Discussion Acknowledgments References Structure of the 100Sn Region Based on a Core Excited E4 Isomer in 98Cd M. Gorska, A . Blazhev, H. Grawe, J. Doring, C. Plettner, J . Nyberg, M. Palacz, E. Caurier, D. Curien, 0. Dorvaux, F. Nowacki, A. Gadea, G. de Angelis, C. Fahlander, and D. Rudo 1. Introduction 2. Experimental Methods 3. Core Excited Isomeric States and their Structure 4. Predicted Seniority Isomers 5. Conclusion Acknowledgments References New Yrast States in Nuclei from the 48Ca Region Studied with Deep-Inelastic Heavy Ion Reactions R. Broda, B. Fornal, W. Krolas, T. Pawtat, J . Wrzesinski, R. V. F. Janssens, M. P. Carpenter, S. J. Freeman, N. Hammond, T. Lauritsen, C. J. Lister, F. Moore, D. Seweryniak, P. J. Daly, Z. W. Grabowski, B. A . Brown, and M. Honma 1. Introduction 2. Experiments and data analysis 3. Yrast excitations in the 48Ca magic nucleus 4. The N=30 isotones - 50Ca and 51Sc Acknowledgments References Yrast Structure of Neutron-Rich N=31-32 Titanium Nuclei - Subshell Closure a t N=32 B. Fomzal, R. Broda, W. Krdlas, T. Pawlat, J. Wrzesinski, R. V. F. Janssens, M. P. Carpenter, F. G. Kondev, T. Lauritsen, D. Seweryniak, I. Wiedenhover, M. Honma, B. A . Brown, P. F. Mantica, P. J. Daly, Z. W. Grabowski, S. Lunardi, N. Marginean, C. Ur, T. Mizusaki, and T. Otsuka 1. Introduction 2. Experimental procedure and results 3. Discussion 4. Summary Acknowledgments References Magnetic Moment Measurements of Neutron-Rich g g / 2 Isomeric States J. M. Daugas, G. Belier, M. Girod, H. Goutte, V. Meot, 0. Roig, I. Matea, G. Georgiev, M. Lewitowicz, F. de Oliveira Safitos, M. Hass, L. T. Baby, G. Goldring, G. Neyens, D. Borremans, P. Himpe, R. Astabatyan, S. Lukyanov, Yu. E. Penionzhkevich, D. L. Balabanski, and M. Sawicka 1. Introduction 2. Experimental detail 2.1. The TDPAD-method 2.2. Secondary isomeric beam production 2.3. Experimental set-up 3. Results 3.1. Measurement of the 54mFe 3.2. g-factor of the 61rnFe 3.3. The 59mCr case 4. Summary Acknowledgments References M. Multinucleon Transfer Reactions Studied with Large Solid Angle Spectrometers L. Corradi 1. Introduction 2. Inclusive measurements : main findings 3. Inclusive measurements : the 40Ca+208Pb system 4. Measurements with the PRISMA set-up Acknowledgments References Study of 110Sn via 112Snp,t) Reaction P. Guazzoni, L. Zetta, A . Covello, A . Gargano, G. Graw, R. Hertenberger, H.-F. Wirth, B. Bayman, and M. Jaskola 1. Introduction 2. Experimental Procedure and Results 3. DWBA Analysis 3.1. Cluster D WBA Calculations 3.2. Microscopic D WBA calculations 4. Shell Model Calculations and Results 5. Summary References Expressions for the Number of Pairs of a Given Angular Momentum in the Single j Shell Model: Ti Isotopes L. Zamick, A . Escuderos, S. J. Lee, A . Mekjian, E. Moya de Guerra, A . A . Raduta, and P. Sarriguren 1. The single j model for 44Ti, 46Ti, and 48Ti 2. The number of JA = 0 TA = 1 np pairs 3. The special case of 44Ti 4. The number of JA pairs in 44Ti Acknowledgments References A Sampling Algorithm for Large Scale Shell Model Calculations F. Andreozzi, N. Lo Iudice, and A . Porrino 1. Introduction 2. The algorithm 3. Importance sampling 4. Applications to typical nuclei 4.1. Eigenvalues 4.2. Eigenvectors and E2 transitions 5. Concluding remarks Acknowledgements References Shifted-Contour Monte Carlo Method for Nuclear Structure G. Stoitcheva and D. J. Dean 1. Introduction 2. Shifted-Contour Monte Carlo Method Acknowledgments References Section IV COLLECTIVE ASPECTS OF NUCLEAR STRUCTURE Quantum Phase Transitions in Nuclei F. Iachello 1. Quantum Phase Transitions 2. Quantum Phase Transitions in nuclei 2.1. Bosonization 2.2. Phase diagram of nuclei one fluid)2.3. Behavior of the order parameter around the critical point 2.3.1. The second order U5) - SO6) transition 2.3.2. The first order U5) - SU3) transition 2.4. Finite N eflects 2.5. How to detect QPT in nuclei 3. Spectral signatures of critical points 4. Developments in the study of QPT in nuclei 4.1. =axial shapes 4.2. Proton-Neutron a ystems Two-fluid)5. Conclusions 6. Aknowledgements References Developments of Algebraic Collective Models at Second-Order Phase Transitions D. J. Rowe 1. Introduction 2. Bases for the hydrodynamic collective model 3. A more efficient basis for deformed nuclei 4. The U5) to O5) phase transition in the IBM 5. Concluding remarks References Variational Procedure Leading from Davidson Potentials to the E5) and X5) Critical Point Symmetries D. Bonatsos, D. Lenis, D. Petrellis, N . Minkov, P. P. Raychev, and P. A. Terziev 1. Introduction 2. Davidson potentials in the E5) framework 3. Davidson potentials in the X5) framework 4. Discussion References Transition Probabilities: A Key to Prove the X5) Symmetry D. Tonev, G. de Angelis, A . Gadea, D. R . Napoli, M. Axiotis, N. Marginean, T. Martinez, A . Dewald, T. Klug, J. Jolie, A. Fitzler, 0. Moller, B. Saha, P. Pejovic, S. Heinze, P. von Brentano, P. Petkov, R. F. Casten, D. Bazzacco, E. Farnea, S. Lenzi, S. Lunardi, and R. Menegazzo 1. Introduction 2. Experimental details 3. Discussion 4. Conclusions Acknowledgments References Z5): Critical Point Symmetry for the Prolate to Oblate Shape Phase Transition D. Bonatsos, D. Lenis, D. Petrellis, and P. A. Terziev 1. Introduction 2. The part of the spectrum 3. The 7-part of the spectrum 4. BE2) transition rates 5. Numerical results 6. Comparison to experiment 7. Discussion References Supersymmetry and the Spectrum of 196Au: A Case Study G. Graw, R. Hertenberger, H.-F. Wirth, J. Jolie, J. Barea, R. Bijker, and A. Frank 1. Introduction 1.1. Even-even nuclei and IBA 1.2. Odd-even nuclei and supersymmetry 1.3. Odd-odd Nuclei and the extended supersymmetry 2. Transfer reaction studies 3. Spectroscopic factors and conclusions Acknowledgments References Bosonization and IBM F. Palumbo 1. Introduction 2. Coherent states of composites 3. Composites path integral 4. The action in a single j-shell 5. The Hamiltonian 6. Summary References Study of Decay in the As-Ge Isotopes in the Interacting Boson-Fermion Model N. Yoshida, L. Zufi, and S. Brant 1. Introduction 2. Calculations and results 2.1. Energy levels 2.2. Electromagnetic properties 2.3. decay 3. Discussion 4. Conclusions Acknowledgment References Energy Distribution of Collective States within the Framework of Symplectic Symmetries A. I. Georgieva, V. P. Garistov, H. Ganev, and J. P. Draayer 1. Introduction 2. Group theoretical background for the IVBM 2.1. Reduction through the noncompact Sp4,R)3. Distribution of low-lying collective states 3.1. Analysis of the results 4. Conclusion References Recent Results from Spectroscopic Studies of Exotic Heavy Nuclei at JYFL R. Julin 1. Instrumentation 2. Probing the three shapes of lasPb 3. Spectroscopic studies of very heavy elements References Dipole Strength Distributions in 124, 126, 128, 130, 132, 134, 136 Xe: A Systematic Study in the Mass Region of a Nuclear Shape Transition U. Kneissl 1. Motivation 2. Experiments 3. Results 4. Discussion 4.1. E l two-phonon excitations 4.2. M l excitations to 1+ mixed-symmetry states 4.3. Hints for the E5) Phase Transition ?Acknowledgments References Role of Thermal Pairing in Reducing the Giant Dipole Resonance Width at Low Temperature N. Dinh Dang and A . Arima References Collectivity in Light Nuclei and the GDR A . Maj, J. Styczen, M. Kmiecik, P. Bednarczyk, M. Brekiesz, J. GrGbosz, M. Lach, W. Meczynski, M. Zigblinski, K. Zuber, A. Bracco, F. Camera, G. Benzoni, S. Leoni, B. Million, and O. Wieland 1. Introduction 2. Low-T regime: superdeformation in light nuclei 3. High-T regime: Jacobi shape transitions and Coriolis effects in the GDR in light nuclei 4. Link between high-T and low-T regimes: GDR feeding of the SD band in 42Ca 5. Summary Acknowledgments References Soft Dipole Excitations near Threshold M. Gai 1. Molecular Dipole Excitation 2. The AGB Molecular Sum Rule 3. Conclusions References Unified Semiclassical Approach to Isoscalar Collective Modes in Heavy Nuclei V. I. Abrosimov, A . Dellafiore, and F. Matera 1. Introduction 2. Reminder of formalism 3. Fixed- vs. moving-surface strength distributions 4. Conclusions References Microscopic Description of Multiple Giant Resonances in Heavy Ion Collisions E. G. Lanza 1. Introduction 2. Beyond the standard model 3. Three-phonon states: Calculations and results 4. Double giant resonances cross section 5. Summary Acknowledgments References Shape Evolution and Triaxiality in Neutron Rich Y, Nb, Tc, Rh and Ag Y. X . Luo, J. O. Rasmussen, J. H. Hamilton, A . V. Ramayya, J. K. Hwang, S. J. Zhu, P. M. Gore, E. F. Jones, S. C. Wu, J. Gilat, I. Y. Lee, P. Fallon, T. N. Ginter, G. Ter-Akopian, A . V. Daniel, M. A . Stoyer, R. Donangelo, and A . Gelberg 1. Introduction 2. 99, 101 Y and 101, 105 Nb 3. 105, 107, 109 Tc, 111, 113, Rh and 115, 117 Ag 4. Acknowledgements References Nuclear Band Structures in 93, 95 Sr and Half-Life Measurements J. K. Hwang, A . V. Ramayya, J. H. Hamilton, J. O. Rasmussen, Y. X . Luo, P. M. Gore, E. F. Jones, K. La, D. Fong, I. Y. Lee, P. Fallon, A. Covello, L. Coraggio, A . Gargano, N. Itaco, and S. J. Zhu 1. Introduction 2. Experimental procedures 3. High spin states in 93, 95Sr 4. Half-lives of several states in neutron rich nuclei from SF of 252Cf 5. Conclusions References Shifted Identical Bands from Pt to Pb P. M. Gore, E. F. Jones, 3. H, Hamilton, and A . V. Ramayya 1. Introduction 2. Results and Analysis 3. Summary References Unexpected Decrease in Moment of Inertia between N=98-100 in 162, 164 Gd E. F. Jones, J. H. Hamilton, P. M. Gore, A. V. Ramayya, J. K. Hwang, A. P. de Lima, S. J. Zhu, Y. X . Luo, C. J. Beyer, J. Kormicki, X . Q. Zhang, W. C. Ma, I. Y. Lee, J. O. Rasmussen, S. C. Wu, T . N. Ginter, P. Fallon, M. Stoyer, J. D. Cole, A. V. Daniel, G. M. Ter-Akopian, and R. Donangelo 1. Introduction 2. Results and Analysis 3. Summary References Exactly Solvable Pairing Models J. P. Draayer, V. G. Gueorguiev, K. D. Sviratcheva, C. Bahri, Feng Pan and A . I. Georgieva 1. Introduction 2. Mean-field plus Extended Pairing Model 2.1. Algebraic Underpinnings of the Theory 2.2. Application to the 154-181 Yb Isotopes 3. Algebraic ap4) Pairing Model 3.1. Energy Spectra of Isobaric Analog O+ States 3.2. N = Z Irregularities, Staggering and the Pairing Gap 4. Conclusion Acknowledgments References Many-Body Effects and Pairing Correlations in Finite Nuclei E. Vigezzi, P. F. Bortignon, G. Cold, G. Gori, F. Ramponi, F. Barranco, and R. A. Broglia 1. Introduction 2. Particle-vibration coupling and the induced interaction 3. Solution of the Dyson equation 4. Conclusions References Microscopic Study of Low-Lying O+ States in Deformed Nuclei N. Lo Iudice, A . V. Sushkov, and N . Yu. Shirikova 1. Introduction 2. Algebraic and shell model model predictions 2.1. IBM predictions 2.2. The PSM predictions 3. QPM study 3.1. Numerical results 4. Conclusion Acknowledgments References Microscopic Study of Low-Lying States in 92Zr Ch. Stoyanov and N. Lo Iudice 1. Introduction 2. Calculation and results 2.1. RPA analysis 2.2. QPM results 3. Concluding remarks Acknowledgements References Finite Rank Approximation for Nuclear Structure Calculations with Skyrme Interactions A. P. Seveyukhin, V. V. Voronov, and N . Van Giai 1. Introduction 2. Method of calculations 3. Details and results of calculations 4. Conclusions 5. Acknowledgments References Gamma Transitions between Configurations “Quasiparticle Phonon” A. I. Vdovin and N . Yu. Shirikova 1. Motivation 2. Transition matrix element 3. Numerical results 4. Conclusion Acknowledgments References Collective Modes in Fast Rotating Nuclei J. Kvmil, N. Lo Iudice, R. G. Nazmitdinov, A. Porrino, and F. Knapp 1. Introduction 2. RPA in the rotating frame 3. Calculations and results 4. Conclusions Acknowledgments References Recent Experiments on Particle-Accompanied Fission M. Mutterer, Yu. N. Kopatch, P. Jesinger, A. M. Gagarski, M. Speransky, V. Tishchenko, F. Gonnenwein, J. v. Kalben, S. G. Khlebnikov, I. Kojouharov, E. Lubkiewics, Z. Mezenzeva, V. Nesvishevsky, G. A . Petrov, H. Schaffner, H. Schanna, D. Schwalm, P. Thirolf, W. H. Trzaska, G. P. Tyurin, and H.-J. Wollersheim 1. Introduction 2. Energy Correlations in the Ternary Fission of 252Cfsf)3. Intermediate 5He, 7He and 8Li* LCPs in 252Cfsf)4. 7-Ray Emission in 252Cfsf) Ternary Fission 5. Sequential LCP Decay and Quaternary Fission of 252Cfsf) and 233~235Unth,f)6. Energy Correlations in Ternary and Quaternary Fission of 235Unth,f)7. Summary and Outlook Acknowledgements References Potential Barriers in the Quasi-Molecular Deformation Path for Actinides G. Royer and C. Bonilla 1. Introduction 2. Potential energy 3. One and two-body shapes 4. Potential barriers 5. Third barrier and half-lives 6. Summary and conclusion References Semiclassical Quantization of the Triaxial Rigid Rotator: Density of States and Spectral Statistics J. M. G. Gdmez, V. R. Manfredi, A . Relanlo, and L. Salasnich 1. Introduction 2. Semiclassical Quantization 3. Global spectral properties 4. Local spectral properties 5. Conclusions References Section V SPECIAL TOPICS Chaos and 1/f Noise in Nuclear Spectra J . M. G. Gomez, A . Relaiio, J. Retamosa, R. A . Molina, and E. Faleiro 1. Introduction 2. Outline of the power spectrum approach 3. Results and discussion 4. The power spectrum conjecture 5. Conclusions References Super-Radiance: From Nuclear Physics to Pentaquarks V. Zelevinsky and A . Volya 1. Introduction 2. Ingredients of the theory 3. SR phase transition 4. Some applications 4.1. Two collectivities 4.2. Loosely bound nuclei 5. Widths of exotic baryons 6. Conclusion References The Physics of Protein Folding and of Drug Design R . A . Broglia and G. Tiana 1. Introduction 2. The model 3. Folding of small proteins 4. Drug Design References List of Participants Author Index

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