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• Graphics Gallery: Random-Dot Stereograms
• Graphics Gallery: Rendering Experiments
• Graphics Gallery: Seven Faces of Sin
• Graphics Gallery: Slicing Solids
• Graphics Gallery: Spinors and Entanglement
• Graphics Gallery: The Fractal Universe of Andrei Linde
• Graphics Gallery: The Regal Ghost: Visualizing the Eversion of the Sphere
• Graphics Gallery: The Trinoid Revisited
• Graphics Gallery: Three Dimensional Contour Plots
• Graphics Gallery: Tilings, Diffraction, and Quasicrystals
• Graphics Gallery: Twisted Tubes
• Graphics Gallery: Ulysses: Sand As Medium
• Graphics Gallery: Virtual Slinky©
• Graphics Gallery: WorldPlot
• Graphing Electric Potential
• Gravitational collisions and the quark-gluon plasma
• GravitinoPack and decays of supersymmetric metastable particles
• Green function diagonal for a class of heat equations
• Green’s function for a pre-stressed thin plate on an elastic foundation under axisymmetric loading
• Green’s function for the bimaterial elastic solid containing interface annular crack
• Green's Functions for Gravitational Waves in FRW Spacetimes
• Gröbner Bases
• Gröbner Bases in Mathematica 3.0
• A Ground-Water Flow Mathematica Tool Package
• Group Presentations Using Mathematica
• Group theoretical investigations of photonic band structures
• Group-theoretical search for rows or columns of the lepton mixing matrix
• Grouping discontinuities in representative sets: influence on the stability analysis of slope cuts
• Guided Discovery, Visualization, and Technology Applied to the New Curriculum for Secondary Mathematics
• Gyrofluid Turbulence Models with Kinetic Effects
• Haar wavelet collocation method for the numerical solution of boundary layer fluid flow problems
• Haber process and steam-coal gasification: Two standard thermodynamic problems elucidated using two distinct approaches
• A Half-Explicit Runge-Kutta Method of Order 5 for Solving Constrained Mechanical Systems
• Half-Explicit Runge-Kutta Methods for Differential-Algebraic Systems of Index 2
• Hamiltonian Normalization in the Restricted ManyBody Problem by Computer Algebra Methods
• Handling conditional events and probability assessments by Mathematica
• Hankel Determinants of Eisenstein Series
• Hard Core via PCA: Entropy Bounds
• Harmonic close-to-convex functions and minimal surfaces
• Harmonic shears of slit and polygonal mappings
• Heat and mass transfer of two-layer flows of third-grade nano-fluids in a vertical channel
• The Heat Capacities to Ternary Lanthanum Chlorides AnLaCl3+n from 200 to 770 K and the DCp Values for Their Formation from nACl + LaCl3
• HeatK: A Mathematica Program for Computing Heat Kernel Coefficients
• Heavy Quark Potential and Phase Transitions in Continuum Theory at Finite Temperature
• Heedless programming: ignoring detectable error is a widespread hazard
• Heisenberg superalgebras
• Heisenberg XXZ Model and Quantum Galilei Group
• Hele-Shaw Flows with Free Boundaries Driven along Infinite Strips by a Pressure Difference
• Hele-Shaw Flows with Time-Dependent Free Boundaries Involving a Concentric Annulus
• Help Files and Tech Notes
• HEPMath 1.4: A mathematica package for semi-automatic computations in high energy physics
• The Heredity Shift Operator in Descent Approach to the Optimal Periodic Hereditary Control Problem
• The Herglotz Algorithm for Constructing Canonical Transformations
• Heteroclinic Cycles and Modulated Travelling Waves in a System with D4 Symmetry
• Heterogeneity and Implicated Surface Effects: Statistical, Fractal Formulation and Relevant Analytical Solution
• The heterogeneity statistic I2 can be biased in small meta-analyses
• A heuristic method for the resummation of perturbation series
• Hierarchical Addressing in Symbolic Computation
• Hierarchical Continuous-Time Sequential Analysis: A Strategy for Clinical Research
• A high order perturbation analysis of the Sitnikov problem
• High-Energy Approximation for On-Shell W-Pair Production
• High-Energy Elastic Scattering Amplitude of Unpolarized and Charged Hadrons
• The high-energy physicist’s guide to MathLink
• High-Frequency Forward Scattering from Gaussian Spectrum, Pressure Release, Corrugated Surface. I. Catastrophe Theory Modeling
• High-Resolution Electromagnetic Imaging of the Conductive Earth Interior
• The High-Temperature Expansion of the Hierarchical Ising Model: From Poincaré Symmetry to an Algebraic Algorithm
• High-temperature series expansion for spin-1/2 Heisenberg models
• Higher Order Normal Form and Period Averaging
• Higher Order Timoshenko Quotient in the Stability and Dynamic Analysis of Smoothly Tapered Beams
• Higher-Order Averaging and Ultra-subharmonics in Forced Oscillators
• Higher-Order Averaging for Periodically Forced, Weakly Nonlinear Systems
• Higher-Order Corrections in QCD Evolution Equations and Tools for Their Calculation
• A higher-order finite difference method for solving a system of integro-differential equations
• Higher-order Fourier Approximations and Exact Algebraic Solutions in the Theory of the Hydrodynamic Rayleigh-Taylor Instability
• Highly excited rovibrational states of HNC
• Hilbert Space and Structure Constants of Descendant Fields in Two-Dimensional Conformal Theories
• HIP: Symbolic High-Energy Physics Calculations
• Hoffman's Circle Untangled
• The Holomorphic Flow of the Riemann Zeta Function
• HolT Hunter: Software for Identifying and Characterizing Low-Strain DNA Holliday Triangles
• Homogeneous Multivariate Polynomials with the Half-Plane Property
• Homological models for semidirect products of finitely generated Abelian groups
• Homonuclear NOE Diffusion in Regular Lattices and Helices
• Hopf bifurcation of a generalized Moon–Rand system
• Hopf Bifurcations in Langmuir Circulations
• How and Why?
• How and Why?
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• How Long is the Surplus Below Zero?
• How Students Use Their Knowledge of Calculus in an Engineering Mechanics Course
• How to Color a Graph with (Computer) Algebra
• How to proceed in high school math by Mathematica
• How to teach the fundamental concepts of OOP to engineering students

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