6 citations · 15 across the 9 of their papers we have counts for
9 papers
Cooper problem in a cuprate lattice
Ali Sanayei, Ludwig Mathey
We solve the Cooper problem in a cuprate lattice by utilizing a three-band model. We determine the ground state of a Cooper pair for repulsive on-site interactions, and demonstrate…
Three-body bound states of an atom in a Fermi mixture
Ali Sanayei, Ludwig Mathey
We determine the three-body bound states of an atom in a Fermi mixture. Compared to the Efimov spectrum of three atoms in vacuum, we show that the Fermi seas deform the Efimov spec…
Electron trimer states in conventional superconductors
Ali Sanayei, Pascal Naidon, Ludwig Mathey
We expand the Cooper problem by including a third electron in an otherwise empty band. We demonstrate the formation of a trimer state of two electrons above the Fermi sea and the t…
From to : Derivation of the Wallis formula for from
Ali Sanayei
In this Note, we start off with the primary representation of e and from there present an elementary short proof for the Wallis formula for .
On the spectrum, radial wave functions, and hyperfine splittings of the Rydberg states in heavy alkali atoms
Ali Sanayei, Nils Schopohl
We calculate the bound state spectrum of the highly excited valence electron in the heavy alkali atoms solving the radial Schrödinger eigenvalue problem numerically with an accurat…
Quasiclassical theory of quantum defect and spectrum of highly excited rubidium atoms
Ali Sanayei, Nils Schopohl, Jens Grimmel +3
We report on a significant discrepancy between recently published highly accurate variational calculations and precise measurements of the spectrum of Rydberg states in Rb o…
A note on the short-time quantum propagator
Ali Sanayei
In the Feynman formalism of quantum mechanics one encounters a postulate, namely, that the propagator in an infinitesimal time-interval is the classical wave function. This postula…
A note on multi-time equations in quantum mechanics
Ali Sanayei
The main aim of this note is to show that the formalism of multi-time equations in quantum mechanics meant to represent a manifestly Lorentz-invariant theory suffers from at least…
Revisiting Dirac and Schrödinger: A Proof Offered for the Non-Relativistic Time-Dependent Schrödinger Equation
Ali Sanayei
In this paper, three plausible axioms together with two definitions are employed to build an axiomatic framework, and then with the help of the Dirac formalism, it is demonstrated…