Pdf - Text of NPTEL IIT Video Lectures
... if we integrate it over the volume, that is the volume integral. This will be say rho dv and then the change of this mass with respect to time is equal to 0. That way also we can have our equation, that way also we can have our equation. This we are writing as say D D t, capital D D t because we ar ...
... if we integrate it over the volume, that is the volume integral. This will be say rho dv and then the change of this mass with respect to time is equal to 0. That way also we can have our equation, that way also we can have our equation. This we are writing as say D D t, capital D D t because we ar ...
on the canonical formulation of electrodynamics and wave mechanics
... Nonperturbative methods for the solution of the coupled nonlinear MaxwellSchrödinger differential equations are developed in this dissertation which allow for the atomic or molecular and electromagnetic dynamics to occur on the same timescale. These equations have been derived within the Hamiltonia ...
... Nonperturbative methods for the solution of the coupled nonlinear MaxwellSchrödinger differential equations are developed in this dissertation which allow for the atomic or molecular and electromagnetic dynamics to occur on the same timescale. These equations have been derived within the Hamiltonia ...
Concepts and Applications of Effective Field Theories: Flavor
... Derivation of the effective Lagrangian idea of EFT is simply stated: Consider a quantum field theory with cale M. This could be the mass of a heavy particle, or some large (E Consider a QFT with a characteristic (fundamental) high-energy ansfer. Suppose we are interested in physics at energies E (or ...
... Derivation of the effective Lagrangian idea of EFT is simply stated: Consider a quantum field theory with cale M. This could be the mass of a heavy particle, or some large (E Consider a QFT with a characteristic (fundamental) high-energy ansfer. Suppose we are interested in physics at energies E (or ...
Cloaking of Matter Waves
... rubidium atom through an array of sub de Broglie wavelength slits, brings the original continuous wave phenomenon in contact with the quantum world [11]. Cloaking of electromagnetic waves is possible due to time invariant coordinate transformation of the governing Maxwell’s equations. Such invariant ...
... rubidium atom through an array of sub de Broglie wavelength slits, brings the original continuous wave phenomenon in contact with the quantum world [11]. Cloaking of electromagnetic waves is possible due to time invariant coordinate transformation of the governing Maxwell’s equations. Such invariant ...
NanoTrapS: Trapped nanoparticles for space experiments
... “macrorealistic” models that predict a transition from quantum to classical behaviour for increasingly massive objects[9, 10, 49]. In particular, macrorealistic models predict decoherence mechanisms that depend quadratically on the mass of the quantum system and to some extent on the distance betwee ...
... “macrorealistic” models that predict a transition from quantum to classical behaviour for increasingly massive objects[9, 10, 49]. In particular, macrorealistic models predict decoherence mechanisms that depend quadratically on the mass of the quantum system and to some extent on the distance betwee ...
