SIAM J. SCI. COMPUT. Vol. 18, No. 2, pp. 403–429, March 1997 c 1997 Society for Industrial and Applied Mathematics

Source URL: www.math.nyu.edu

• Ordinary differential equations
• Fourier analysis
• Differential equations
• Approximation theory
• Chebyshev polynomials
• Numerical analysis
• Bessel function
• Integral equation
• Wave equation
• Mathematical analysis
• Calculus
• Mathematics

Microsoft PowerPoint - 5_Gross-Pitaevskii theory.ppt

Source URL: www.phy.bme.hu

• Bosons
• Gross–Pitaevskii equation
• Partial differential equations
• Quantum field theory
• Photon
• Wave function
• Wave–particle duality
• Wave
• Bose–Einstein condensate
• Physics
• Condensed matter physics
• Quantum mechanics

Crustal Structure between Minnesota and the Gulf Coast from Joint Inversion of Surface-wave Dispersion and Receiver Functions[removed]Ying Chang and R. B. Herrmann, Saint Louis University

Source URL: www.eas.slu.edu

• Wave mechanics
• Optics
• Plate tectonics
• Mohorovičić discontinuity
• Dispersion
• Mantle
• Group velocity
• Inversion
• Receiver function
• Geology
• Structure of the Earth
• Physics

Week 2 (due Jan. 23) Reading: Srednicki, sections 33,34,[removed]The Hodge star operator on antisymmetric second rank tensors is defined as 1 (⋆a)µν = gµρ gνσ ǫρσαβ aαβ .

Source URL: www.theory.caltech.edu

• Lorentz transformation
• Wave function
• Galilean transformation
• Spinor
• Operator
• Wightman axioms
• Physics
• Quantum mechanics
• Schrödinger equation

TOF Profile function used at POWGEN: Powgen uses a TOF profile function which is a variation on the standard profile function originally derived by VonDreele, Jorgensen and Windsor (VonDreele RB, Jorgensen JD and Windsor

Source URL: neutrons.ornl.gov

• Powder diffraction
• Rietveld refinement
• Wave
• Diffraction
• Physics
• Science

1 Content of the course ”Quantum Field Theory” by M. Srednicki, Part 1.

Source URL: www.theory.caltech.edu

• Operator
• Μ operator
• Hamiltonian
• Quantum field theory
• Creation and annihilation operators
• Self-adjoint operator
• Schrödinger equation
• Linear temporal logic
• Physics
• Quantum mechanics
• Wave function

Week 1 (due Jan. 15) Reading: Srednicki, sections 33, 34, [removed]The Hodge star operator on antisymmetric second rank tensors is defined as 1 (?a)µν = gµρ gνσ ρσαβ aαβ .

Source URL: www.theory.caltech.edu

• Equations
• Time
• Theoretical physics
• Schrödinger equation
• Spinor
• Lorentz transformation
• Wave function
• Galilean transformation
• Representation theory
• Physics
• Quantum mechanics
• Quantum field theory

Week 5 (due Feb. 12) Reading: Srednicki, sections 43,[removed]It follows from eq[removed]that the propagator for the free Dirac field is the Green’s function for the Dirac wave operator. Derive this result in a differen

Source URL: www.theory.caltech.edu

PHYSICAL REVIEW A 87, [removed]Nonequilibrium dynamics of arbitrary-range Ising models with decoherence: An exact analytic solution Michael Foss-Feig,1 Kaden R. A. Hazzard,1 John J. Bollinger,2 and Ana Maria Rey1 1

Source URL: tf.boulder.nist.gov

• Quantum field theory
• Nuclear magnetic resonance
• Relaxation
• Symbol
• Quantum decoherence
• Spin
• Ising model
• Wave function
• Physics
• Quantum mechanics
• Statistical mechanics

Expressions for Tidal Conversion at Seafloor Topography using Physical-Space Integrals Norbert Schorghofer Institute for Astronomy, 2680 Woodlawn Drive, University of Hawaii, Honolulu, Hawaii[removed]E-mail: norbert@hawaii

Source URL: www.ifa.hawaii.edu

• Fourier analysis
• Symbol
• Wave equation
• Fourier transform
• Hilbert transform
• Riemann zeta function
• Mathematical analysis
• Integral transforms
• Joseph Fourier