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Department of Physics Papers

Department of Physics Papers

The aim of physicists is to discover the most fundamental principles of nature. Their tools are mathematics and experiment. The physical world as we perceive it is very complex, yet the principles of Physics are inherently simple. A physicist's forte is the ability to analyze a problem, reduce its complexity, and arrive at an understanding of the underlying patterns of nature in terms of simple relationships among constituent elements. Learning to do this gives Physics majors an intellectual versatility that can serve them well in a variety of future activities ranging from research and teaching in Physics or related sciences to careers in law, the health professions, and high-technology companies.

Papers from 1983 1983

Resistance of Random Walks, Jayanth R. Banavar, A. Brooks Harris, and Joel Koplik

Field-Theoretic Approach to Biconnectedness in Percolating Systems, A. Brooks Harris

Excitations of SU(5) Monopoles, Philip C. Nelson

Global Color is not Always Deﬁned, Philip C. Nelson and Aneesh Manohar

Papers from 1982 1982

Exact Solution of a Model of Localization, A. Brooks Harris

Renormalized (1/σ) Expansion for Lattice Animals and Localization, A. Brooks Harris

Gluino Pair Production in e+e−Annihilation, Philip C. Nelson and Per Osland

Localization and Quantum Percolation, Yonathan Shapir, Amnon Aharony, and A. Brooks Harris

Papers from 1981 1981

Connection Between Percolation and Lattice Animals, A. Brooks Harris and Thomas C. Lubensky

Generalized Percolation, A. Brooks Harris and Thomas C. Lubensky

Mean-Field Theory and ε Expansion for Anderson Localization, A. Brooks Harris and Thomas C. Lubensky

Papers from 1978 1978

Orientational Phases of Hydrogen Molecules on a Triangular Lattice, A. John Berlinsky and A. Brooks Harris

Renormalization-Group Treatment of the Random Resistor Network in 6−ε Dimensions, Chandan Dasgupta, A. Brooks Harris, and Thomas C. Lubensky

Critical Behavior of Random Resistor Networks Near the Percolation Threshold, Ronald Fisch and A. Brooks Harris

Papers from 1977 1977

Series Study of a Spin-Glass Model in Continuous Dimensionality, Ronald Fisch and A. Brooks Harris

Theoretical Analysis of Inelastic Neutron Scattering in Solid Hydrogen, A. Brooks Harris and A. John Berlinsky

Critical Behavior of Random Resistor Networks, A. Brooks Harris and Ronald Fisch

Low-Frequency Response Functions of Random Magnetic Systems, A. Brooks Harris and Scott R. Kirkpatrick

Spin-Glass and Related Orderings in Quenched Random-Spin Systems, A. Brooks Harris and Thomas C. Lubensky

Papers from 1976 1976

Randomly Dilute Two Dimensional Ising Models, R. Fisch and A. Brooks Harris

Critical Properties of Spin-Glasses, A. Brooks Harris, Thomas C. Lubensky, and Jing-Huei Chen

Papers from 1975 1975

Nature of the "Griffiths" Singularity in Dilute Magnets, A. Brooks Harris

Renormalization-Group Approach to Percolation Problems, A. Brooks Harris, Thomas C. Lubensky, William K. Holcomb, and Chandan Dasgupta

Spin‐Waves in Dilute Antiferromagnets, W. K. Holcomb and A. Brooks Harris

Static Properties of Dilute Ferri‐ and Antiferromagnets, Scott Kirkpatrick and A. Brooks Harris

Theory of the Spin Excitations of Rb₂Mn_xNi_1−xF₄, Scott R. Kirkpatrick and A. Brooks Harris

Effect of Randomness on Critical Behavior of Spin Models, Thomas C. Lubensky and A. Brooks Harris

Papers from 1974 1974

Renormalization-Group Approach to the Critical Behavior of Random-Spin Models, A. Brooks Harris and Tom C. Lubensky

Papers from 1973 1973

Alternating Linear Heisenberg Antiferromagnet: The Exciton Limit, A. Brooks Harris

Rigorous Bound on the Integrated Density of States of a Three-Dimensional Random Alloy, A. Brooks Harris

Effects of Librational Anharmonicity in the Solid Hydrogens, A. Brooks Harris, A. John Berlinsky, and Horst Meyer

Spin Waves and Long-Range Order in the Diluted Heisenberg Ferromagnet at Zero Temperature, Deepak Kumar and A. Brooks Harris

Nuclear-Spin Relaxation in the Rotating Frame in Solid D₂, Frederick M. Weinhaus, Horst Meyer, Samuel M. Myers, and A. Brooks Harris

Papers from 1972 1972

Spin Waves in the Dilute Heisenberg Ferromagnet, A. Brooks Harris and D. Kumar

Papers from 1971 1971

Two-Libron Spectrum of Solid H₂ and D₂, A. John Berlinsky and A. Brooks Harris

Effect of Anharmonic Libron Interactions on the Single-Libron Spectrum of Solid H₂ and D₂, Cornelius F. Coll III and A. Brooks Harris

Longitudinal Dynamical Susceptibility of the Heisenberg Ferromagnet at Short Wavelengths and Low Temperatures, A. Brooks Harris

Solid Hydrogen: The Ideal Analog of an Antiferromagnet, A. Brooks Harris

Dynamics of an Antiferromagnet at Low Temperatures: Spin-Wave Damping and Hydrodynamics, A. Brooks Harris, Deepak Kumar, Bertrand I. Halperin, and Pierre C. Hohenberg

Papers from 1970 1970

High-Temperature Expansion for the Orientational Specific Heat of Solid H₂ and D₂, A. John Berlinsky and A. Brooks Harris

k=0 Libron Spectrum for Solid Hydrogen in the Pa3 and C_mmm Structures, Cornelius F. Coll III and A. Brooks Harris

Observation of Libron-Libron Interactions in Solid Hydrogen, Cornelius F. Coll III, A. Brooks Harris, and A. John Berlinsky

Interactions Between Molecules in Solid Hydrogen, A. Brooks Harris

Properties of Solid Hydrogen. II. Theory of Nuclear Magnetic Resonance and Relaxation, A. Brooks Harris

Spin‐Wave Damping and Hydrodynamics in the Heisenberg Antiferromagnet, A. Brooks Harris, Deepak Kumar, Bertrand I. Halperin, and Pierre C. Hohenberg

Papers from 1969 1969

Exchange Enhancement of Nuclear Spin-Lattice Relaxation in Antiferromagnets, A. Brooks Harris

Papers from 1968 1968

1/z Expansion for the Heisenberg Antiferromagnet at Low Temperatures, A. Brooks Harris

Energy Width of Spin Waves in the Heisenberg Ferromagnet, A. Brooks Harris

Dynamics of the Heisenberg Ferromagnet at Low Temperatures, Richard Silberglitt and A. Brooks Harris

Papers from 1967 1967

Bounds for Certain Thermodynamic Averages, A. Brooks Harris

Sublattice Magnetization of Yttrium Iron Garnet at Low Temperatures, A. Brooks Harris

Single-Particle Excitations in Narrow Energy Bands, A. Brooks Harris and Robert V. Lange

Effect of Bound States on the Excitation Spectrum of a Heisenberg Ferromagnet at Low Temperature, Richard Silberglitt and A. Brooks Harris

Papers from 1966 1966

Sublattice Magnetization in Several Rare‐Earth and Yttrium Iron Garnets by Means of ⁵⁷Fe NMR, Roland Gonano, Earle Hunt, Horst Meyer, and A. Brooks Harris

Effect of Dipolar Interactions on the Spin-Wave Spectrum of a Cubic Antiferromagnet, A. Brooks Harris

Relaxation in Antiferromagnets Due to Spin‐Wave Interactions, A. Brooks Harris

Nuclear Magnetic Resonance and Relaxation in Solid Hydrogen, A. Brooks Harris and Earle Hunt

Papers from 1965 1965

Anisotropy of the ¹⁹F Chemical Shift of Trapped CHF₃ and NF₃, A. Brooks Harris, Earle Hunt, and Horst Meyer

Papers from 1964 1964

Low‐Temperature Properties of a Heisenberg Antiferromagnet, A. Brooks Harris

Papers from 1963 1963

Spin-Wave Spectra of Yttrium and Gadolinium Iron Garnet, A. Brooks Harris

Papers from 1962 1962

Calorimetric Determination of Energy Levels in Rare-Earth and Yttrium-Iron Garnets, A. Brooks Harris and Horst Meyer

Papers from 1960 1960

Specific Heat of Some Rare Earth Iron Garnets and YIG at Low Temperatures, Horst Meyer and A. Brooks Harris

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