Notes Physical Significance of Hamiltonian The Hamiltonian in classical and quantum mechanics is a mathematical object that encodes the total energy of a physical system. It plays a central role in determining the time evolution ...
Notes Motion in a uniform magnetic field with finite E When analysing the motion of a charged particle in a uniform magnetic field, it's essential to understand how different forces affect the particle's trajectory. Let's dive into the situation where ...
Notes Motion in a uniform magnetic field Motion in a uniform magnetic field is a fundamental concept in plasma physics and can be understood by considering the Lorentz force that acts on charged particles moving through the ...
Notes Debye Shielding Debye shielding is a concept from plasma physics and electrochemistry that describes how electric fields are screened or shielded in a plasma or electrolyte due to the presence of mobile ...
Notes Features of alkali spectra The spectra of alkali metals exhibit several distinct features due to their electronic structure. Alkali metals are found in Group 1 of the periodic table, and include elements like lithium ...
Notes Diatomic molecule as non rigid rotator In molecular physics and chemistry, the model of a diatomic molecule as a non-rigid rotator provides insight into how the molecule's rotation affects its energy levels. This model is an ...
Notes Addition of two spins We consider a system of two spin that half particle only with spin degree of freedom. Let the particles be independent to each other. They do not interact with each ...
Notes Spiners and Expectation values When analyzing spin dynamics, particularly in the context of magnetic resonance or quantum computing, it's often beneficial to describe the system from a rotating frame of reference. This allows for …
