activity
20072018
most citedAlignment of D-state Rydberg molecules

95 citations · 297 across the 11 of their papers we have counts for

collaborators

11 papers

cond-mat.mes-hall2018

Eigenenergies of excitonic giant-dipole states in cuprous oxide

Markus Kurz, Stefan Scheel

In this work we present the eigenspectra of a novel species of Wannier excitons when exposed to crossed electric and magnetic fields. In particular, we compute the eigenenergies of…

physics.atom-ph2017★ 2 cited

Angular-Momentum Couplings in Ultra-Long-Range Giant Dipole Molecules

Thomas Stielow, Stefan Scheel, Markus Kurz

In this article we extend the theory of ultra-long-range giant dipole molecules, formed by an atom in a giant dipole state and a ground-state alkali atom, by angular-momentum coupl…

physics.atom-ph2017★ 1 cited

A Green's function approach to giant-dipole systems

Thomas Stielow, Stefan Scheel, Markus Kurz

In this work we perform a Green's function analysis of giant-dipole systems. First we derive the Green's functions of different magnetically field-dressed systems, in particular of…

cond-mat.mes-hall2017★ 15 cited

Excitonic giant-dipole potentials in cuprous oxide

Markus Kurz, Peter Grünwald, Stefan Scheel

In this work we predict the existence of a novel species of Wannier excitons when exposed to crossed electric and magnetic fields. In particular, we present a theory of giant-dipol…

physics.atom-ph2016★ 28 cited

Stretching and bending dynamics in triatomic ultralong-range Rydberg molecules

Christian Fey, Markus Kurz, Peter Schmelcher

We investigate polyatomic ultralong-range Rydberg molecules consisting of three ground state atoms bound to a Rydberg atom via - and -wave interactions. By employing the fini…

physics.atom-ph2015★ 35 cited

A comparative analysis of binding in ultralong-range Rydberg molecules

Christian Fey, Markus Kurz, Peter Schmelcher +2

We perform a comparative analysis of different computational approaches employed to explore the electronic structure of ultralong-range Rydberg molecules. Employing the Fermi pseud…