Notes Uncertainty about the azimuthal angle for spherical harmonics We know that the components of the angular momentum operator (Lx, Ly, Lz) do not commute each other.Thus one cannot measure these components simultaneouslyHence the component of L ...
Notes Transmission coefficient for α particle emitted from the nucleus A radio isotope may decay into an α particle and a relaxed nucleus. Here we predict tunneling of an α particles through a coulomb potential barrier assuming free particle of ...
Notes Infinite square well potential The particle of mass m is in one dimensional infinite square well potential characterized byV(x) = 0 ; -L< x< L= ∞ ; l xl ≥ LThe ...
Notes Double well model of a molecule The double well model is a simplified representation used in quantum mechanics to describe certain molecular systems, particularly those with bistable potential energy surfaces. In this model, the …
Notes 2P wavefunction The term "2P wavefunction" typically refers to the wavefunction of an electron in a hydrogen-like atom (an atom with only one electron) when the electron occupies a 2p orbital. In ...
Notes Random walk Random walks, also known as stochastic processes, play a significant role in various areas of astrophysics. A random walk is a mathematical model that describes a system where a particle ...
Notes Quantized energy level of linear harmonic oscillator Quantization of energy levels refers to the idea that energy levels in certain physical systems can only exist at specific discrete values, rather than being continuous. This concept was first ...
Notes Square potential well with a sinusoidal deep A square potential well with a sinusoidal deep refers to a quantum mechanics scenario where a particle is confined within a potential well that has a square shape overall but ...
