Front Cover; Quantum Liquids; Copyright Page; Foreword; Table of Contents; Group photograph of participants; Part I:Lectures; CHAPTER 1.CRITICAL PHENOMENA AND THE SUPERFLUID TRANSITION IN 4 He; I. Introduction; II. Singularities Near Critical Points; Ill. The Superfluid Density and the Nature of Critical Singularities; IV. The Isobaric Thermal Expansion Coefficient; V. Scaling Near the Superfluid Transition; VI. Two-Scale-Factor Universality; VII. Summary; References; CHAPTER 2.NEUTRON SCATTERING FROM QUANTUM LIQUIDS; I. Introduction; II. Neutron Scattering

Ill Scattering from Weakly Interacting Quantum LiquidsIV Experimental Results for He 4; V Experimental Results for He3; VI Mixtures of He 3 and He 4; References; CHAPTER 3.LIQUID HELIUM FILMS; I. Physics of reduced dimensionality.; II. Helium monolayers.; III. Helium multilayers.; References; CHAPTER 4.LIGHT SCATTERING FROM SUPERFLUID HELIUM; I. Introduction; II. Brillouin Scattering; Ill. Raman Scattering; References; CHAPTER 5.THEORY OF SUPERFLUIDITY IN LIQUID 3He; I. Helium atoms and their interactions; II. Triplet superfluidity; III. Orbital dynamics : What is superfluid He good for?