Search Results - "LOESER, J. G"

Quantifying Hydrogen Bond Cooperativity in Water: VRT Spectroscopy of the Water Tetramer by Cruzan, J. D., Braly, L. B., Liu, Kun, Brown, M. G., Loeser, J. G., Saykally, R. J.

“…Measurement of the far-infrared vibration-rotation tunneling spectrum of the perdeuterated water tetramer is described. Precisely determined rotational…”
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Dynamics of Structural Rearrangements in the Water Trimer by Liu, Kun, Loeser, J. G, Elrod, M. J, Host, B. C, Rzepiela, J. A, Pugliano, N, Saykally, R. J

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Analytic, group-theoretic wave functions for confined, correlated N-body systems with general two-body interactions by Dunn, M., Watson, D.K., Loeser, J.G.

“…In this paper, we develop an analytic N-body wave function for identical particles under quantum confinement with a general two-body interaction. A systematic…”
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A Simple Model for Understanding Electron Correlation Methods by Summerfield, John H, Beltrame, G. S, Loeser, John G

“…We describe a simple analytic model for studying electron correlation in the ground state and certain excited states of a helium atom, and use it to exemplify…”
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N identical particles under quantum confinement: a many-body dimensional perturbation theory approach by McKinney, B.A., Dunn, M., Watson, D.K., Loeser, J.G.

“…Systems that involve N identical interacting particles under quantum confinement appear throughout many areas of physics, including chemical, condensed matter,…”
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Scaling and interpolation for dimensionally generalized electronic structure by Lopez-Cabrera, M, Tan, A. L, Loeser, J. G

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Energies of doubly excited two-electron atoms from interdimensional degeneracies by GOODSON, D. Z, WATSON, D. K, LOESER, J. G, HERSCHBACH, D. R

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Angular correlations in chemical reactions. Statistical theory for four-vector correlations by Barnwell, J. D, Loeser, J. G, Herschbach, D. R

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Pseudomolecular atoms: geometry of two-electron intrashell excited states by HERSCHBACH, D. R, LOESER, J. G, WATSON, D. K

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Dimensional interpolation of correlation energy for two-electron atoms by Loeser, J. G, Herschbach, D. R

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A simple model for inelastic scattering by Loeser, J. G., Rabitz, H., DePristo, A. E., Rohlfing, E. A.

“…A simple model for inelastic scattering may be obtained by suitably generalizing scattering from a square well. The generalization introduces matrices into the…”
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Reply to Ballentine’s comment [Am. J. Phys. 54, 947 (1986)] by Loeser, J. G.

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Three perspectives on Schrödinger’s cat by Loeser, J. G.

“…The resolutions to the paradox of Schrödinger’s cat engendered by three major perspectives on quantum mechanics—quantum logic, the many worlds interpretation,…”
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N identical particles under quantum confinement: A many-body dimensional perturbation theory approach II, the lowest-order wave function II by Dunn, M, Watson, D. K, Loeser, J. G

“…In this paper, the second in a series of two, we complete the derivation of the lowest-order wave function of a dimensional perturbation theory (DPT) treatment…”
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N Identical Particles Under Quantum Confinement: A Many-Body Dimensional Perturbation Theory Approach II, The Lowest-Order Wave Function I by Dunn, M, Watson, D. K, Loeser, J. G

“…In this paper we continue our development of a dimensional perturbation theory (DPT) treatment of N identical particles under quantum confinement. DPT is a…”
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Analytic, Group-Theoretic Wave Functions for Confined N-Body Quantum Systems by Laing, W. B, Dunn, M, Loeser, J. G, Watson, D. K

“…Systems involving N-identical interacting particles under quantum confinement appear in many areas of physics, including chemical, condensed matter, and atomic…”
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A Simple Model for Inelastic Scattering by Loeser, J. G

“…Describes a model for inelastic scattering obtained by suitably generalizing scattering from a square well. The generalization introduces matrices into the…”
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N identical particles under quantum confinement: A many-body dimensional perturbation theory approach by McKinney, B. A, Dunn, M, Watson, D. K, Loeser, J. G

“…Systems that involve N identical interacting particles under quantum confinement appear throughout many areas of physics, including chemical, condensed matter,…”
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