## Ground state of the inhomogeneous Bose liquid |

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### Contents

ROTATING QUANTUM GASES | 5 |

SOME PRELIMINARY MODELS | 24 |

MICROSCOPIC THEORY OF A MONOLAYER | 45 |

5 other sections not shown

### Common terms and phrases

approach approximately binding energy Bose gas boson bound state wave bulk liquid chapter CHNC equation choose co(x coordinates correlation function corresponding density functions density matrix density profile derived discussed energy/atom equilibrium evaluate exact ground exact solution expectation value exponential expression external potential Fermi Fermi sea fermion finite form for Y2 G. V. Chester given grand potential ground state energy H-coL hamiltonian He-He interaction helium atoms integral equation interaction potential J. G. Dash Jastrow kinetic energy large system latter layer of atoms Lett liquid helium film lowest energy many-body minimizing monolayer Monte Carlo method negative number of particles obtained one-dimensional one-particle Phys Pitaevski potential energy problem procedure properties quantized vortex lines rigid body rotation Schrodinger equation second term short-range shown in Fig side of Eq solution to Eq superfluid two-dimensional Typical solution variational vt(x wall potential wave function