Offers files relating to the application of the geometry theories in the fields of physics.
An introduction to the Helmholtz motion: the motion of the bowed string.
Discusses about the holomorphic ideas in general relativity.
Explains problems in differential equations.
Explores techniques on dimensional analysis.
Presents articles discussing discrete nonlinear Schrödinger type equations.
Highlights software that creates animations using quaternion algebra equations.
Explores the methods of correlating formulas using Euclidean geometry theories.
Provides reviews for approaches to soliton equations of KdV types.
Shows lecture archives discussing holomorphic function spaces used on mathematical physics.
Explains relationships between number theories and physics fields.
Details the orientifolds applications to duality.
Compiles resources and information for scientists working on problems relating to relativistic quantum physics.
Presents historical articles explaining Connes's NCG and the Standard Model.
Explores the approaches for the synthesis of quantum theory and relativity.
Aims to promote the accessibility of mathematical developments to mainstream nuclear and particle physicists.
Compiles resources about the physical wave. Includes movies, papers, and links.
Explores the comparisons between symplectic and Euclidean or unitary geometries on the fields in quantum physics.
Discusses the historical connection between topology and physics fields.
Compiles articles and papers discussing topics relating to mathematical physics.