Exact e–e (exchange) correlations of 2-D quantum dots in magnetic field: Size extensive N= 3, 4,…,′ n′-electron systems via multi-pole expansion
Inclusion of coulomb interaction emerges with the complexity of either convergence of
integrals or separation of variables of Schrödinger equations. For an N-electron system …
integrals or separation of variables of Schrödinger equations. For an N-electron system …
Binding energies and chemical potential of neutral and charged exciton-complexes of transition metal dichalcogenides/anisotropic 2-D quantum dots in magnetic field …
Anisotropy is inevitable fate of charged excitonic complexes due to difference in dielectric
constants, effective masses, charges of carriers, magnetic field, applied gate voltage etc …
constants, effective masses, charges of carriers, magnetic field, applied gate voltage etc …
A planar model for the muon-catalyzed fusion
The basic principle of muon catalyzed fusion is that it is possible to obtain energy with
temperatures much lower than that required for thermal nuclear fusion. The ground-state …
temperatures much lower than that required for thermal nuclear fusion. The ground-state …
Addition energy and magnetization of 3-D multicarrier anisotropic quantum dots in magnetic field by exact multi-pole expansion of coulomb correlations
Coulomb interactions replicates in N (N− 1)∕ 2 terms for interacting 3-DN− e confined
quantum dots leading to non-trivial Schrödinger equations. For the systems having N> 3, e …
quantum dots leading to non-trivial Schrödinger equations. For the systems having N> 3, e …
[PDF][PDF] Exactspectraofstrongcoulombcorrelationsof3-D2-eharmonicdotsinmagneticfield
S Sharma, RK Hazra - Transformation - researchgate.net
Abstract Applications of 3-D 2-e systems have proliferated very fast due to technological
advancements in wide range of phenomena from atomic landscape to mesoscopic scale …
advancements in wide range of phenomena from atomic landscape to mesoscopic scale …