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Science > Physics
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|  Astrophysics (34) | | Plasma Physics (20) | |
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| Biophysics (17) | | Quantum Physics (225) | |
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| Crystallography (26) | | Relativity Theory (31) | |
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| Electromagnetism (64) | | Solid State Physics (20) | |
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| Fluid Mechanics (83) | | Spectroscopy (6) | |
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| Mechanics (81) | | Thermodynamics and Statistical Mechanics (75) | |
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| Nuclear and Particle Physics (111) | | Wave Motion (40) | |
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| Optics (84) | | | |
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| 109 items are in this category. Listing items 1 to 50: | |
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- Algebraic Loops, Groups, "Hoops" and Clifford algebras. [in MathSource: Packages and Programs]
- Algorithmic derivation of Dyson-Schwinger equations [in Articles]
- Arbeiten mit Mathematica: Eine Einführung mit Beispielen [in Books]
- The Art of Modeling in Science and Engineering with Mathematica, Second Edition [in Books]
- Atomic and Electronic Structure of Carbon Nanotubes [in MathSource: Packages and Programs]
- Automating data acquisition for the Cavendish balance to improve the measurement of G [in Articles]
- Ballistocardiography in the Physics Classroom [in Articles]
- Bistable transmission of plane waves across two nonlinear delta functions [in Articles]
- Book Reviews: "Mathematica in Theoretical Physics" and "Matematika es Mathematica" [in Articles]
- Brouwer’s rotating vessel I: stabilization [in Articles]
- CENTRIFUGAL FORCE PROPULSION ENGINE, A Thesis [in Articles]
- Clifford Algebra [in MathSource: Packages and Programs]
- Clustering Analysis of Periodic Point Vortices with the L Function [in Articles]
- Complex Analysis for Mathematics and Engineering, sixth edition [in Books]
- Computational Methods for Linear Integral Equations [in Books]
- Computational Physics--University of California, Irvine [in Courseware and Class Materials]
- Computational Physics--University of Western Australia [in Courseware and Class Materials]
- Conquest of the Plane, Using The Economics Pack Applications of Mathematica for a didactic primer on Analytic Geometry and Calculus [in Books]
- Continuum Mechanics using Mathematica: Fundamentals, Applications, and Scientific Computing [in Books]
- Coupling Physics and Geometrica [in Conference Proceedings]
- CRC Concise Encyclopedia of Mathematics, Second Edition [in Books]
- Cycloid Race Example [in Demos]
- The Development of the Mathematica Package 'StandardPhysicalConstants' [in Conference Proceedings]
- Dynamical Systems with Applications using Mathematica [in Books]
- Effects of variable friction force on the sliding movement of a block [in Articles]
- Electromagnetic Scattering from Random Media [in Books]
- Enhancing Physics Education with Mathematica [in Articles]
- Essentials of Hamiltonian Dynamics [in Books]
- Essentials of Mathematica: With Applications to Mathematics and Physics [in Books]
- Evaluation of the Fundamental Physical Constants in Mathematica [in Articles]
- Explicit and spontaneous breaking of SU(3) into its nite subgroups [in Articles]
- Explicit exact solutions for (2+1)-dimensional Boiti-Leon-Pempinelli equation [in Articles]
- An Exploration of a Discrete Rhombohedral Lattice [in MathSource: Packages and Programs]
- Exploring Scanning Probe Microscopy with Mathematica, Second Edition [in Books]
- Extreme Ocean Waves [in Books]
- Freefall Lab Simulation with Mathematica [in Courseware and Class Materials]
- Fundamentals of Thermophotovoltaic Energy Conversion [in Books]
- Graduate Mathematical Physics: With Mathematica Supplements [in Books]
- Groups, Loops, & Hoop Algebras [in MathSource: Packages and Programs]
- HPL, a Mathematica implementation of the harmonic polylogarithms [in Articles]
- IMTEK Mathematica Supplement [in MathSource: Packages and Programs]
- Intermediate Methods of Mathematical Physics [in Courseware and Class Materials]
- Introduction to Computational Science [in Books]
- An Introduction to Mathematical Physics with Mathematica, Part I [in Books]
- An Introduction to Mathematical Physics with Mathematica, Part II [in Books]
- Introduction to Mathematical Physics: Methods & Concepts second edition [in Books]
- Introductory Workshop Tutorials Using Examples from Physics [in Courseware and Class Materials]
- A Journey into Partial Differential Equations [in Books]
- Learning physics with a computer algebra system [in Articles]
- Linearized Kerr and spinning massive bodies: An electrodynamics analogy [in Articles]
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