Profiling Laser-Induced Temperature Fields for Superconducting Materials Using Mathematical Experimentation

Structural investigation of La2SrDyCu2Oy complexities

“…Hence, in this research, the focus is to parametrically estimate the structural instability in a highly inhomogeneous lanthanum cuprate (La 2 SrDyCu 2 O y ). This view opposes some earlier assertions that the key factors in creating and destroying the superconducting state includes temperature, magnetic field, doping and atomic substitution [16,17]. All these factors are not consistent because of emerging lattice complexities.…”

Fast Fourier computational analysis of the optical properties of lead sulphide thin film

“…The experimentation mimics the intensity-theta graph of the X-ray diffraction (XRD). The XRD pattern was generated via equation (5). Two cases were considered to elaborate on the diffraction angle.…”

Femtosecond Spin Dynamics Mechanism In Graphenes: The Bloch NMR-Schrödinger Probe

“…Theoretically, some quantum state referred to in the later part of this paper e.g quasi-equilibrium state does not evolve under Hamiltonian system except they are reduced with the eigenbasis blocks of the spin environment Hamiltonian (Walls & Lin, 2006). This problem was solved in this paper by estimatingdifferently for the reduction of the eigenbasis blocks of the spin environment Hamiltonian-using the Bloch NMR equation to solve the Schrödinger equations (Emetere, 2013b(Emetere, , 2014c and then inserting the solutions (which are the reduced eigenbasis) into a spin environment Hamiltonian in order to analyze the mechanism of femtosecond spin dynamics. Recall that validity of the NMR relaxation rates to analyze the femtosecond spin dynamics had been confirmed in the experimental investigation on the molecular rotation and intermolecular motions from picosecond to nanosecond time scale (Ishima & Torchia, 2000;Palmer III, 2001).…”