The interaction between a quantum particle’s spin angular momentum1 and its orbital angular momentum2 is ubiquitous in nature. In optics, the spin–orbit optical phenomenon is closely related with the light–matter interaction3 and has been of great int
This behavior is attributed to the opposing nature of the polarization components EHHr and EVVr in the x-direction after undergoing mapping through the Glan polarizer, while the sum of polarization components EHVr and EVHr in the y-direction can be simplified to terms independent of incident ...
Photoelectronic mapping of the spin–orbit interaction of intense light fields Article 02 November 2020 Data availability The data that support the findings of this study are available from the authors upon reasonable request. Contact persons are G.A. for the ion experiment, and J.V. or A....
Photoelectronic mapping of the spin–orbit interaction of intense light fieldsAtom opticsAtomic and molecular physicsOptical manipulation and tweezersUltrafast photonicsThe interaction between a quantum particle's spin angular momentum and its orbital angular momentum is ubiquitous in nature. In optics, the...
Mapping Earth-analogs from Photometric Variability: Spin-Orbit Tomography for Planets in Inclined Orbits. arXiv 1204.3504FFujii, Y. and Kawahara, H. (2012) Mapping Earth analogs from photometric variability: Spin-orbit tomography for planets in Inclined orbits. Astrophys J 755:101. doi:10.1088/...
aSketch of the honeycomb lattice.b,cBand structure of the Fe2S2crystal without and with spin-orbit coupling withU = 3 eV, with color mapping the projection on\(\left\{{d}_{{xz}},{d}_{{yz}}\right\}\)orbits. Here, we consider the global coordinate with the crystalc-axis along...
at the position of the Mn adatom (blue) and on the bare superconductor (black).k–nCalculated two-dimensional maps of the LDOS at the bias voltages indicated in the figures. The white scale bar has a length of 500 pm. Red circles inf–iandk–nhighlight the position of the adatom. ...
The shift of the harmonic trap D = 1, T0 = 2π/ωy. Full size image The QPT from spin-balanced to spin polarized phases can be understood by mapping the spin-orbit coupled BEC to the quantum Dicke model. For an interacting BEC in a harmonic trap with a large atom number N (so ...
In this report, we investigate spin and field squeezing of the ground state in spin-orbit coupled Bose-Einstein condensate. By mapping the spin-orbit coupled BEC to the well-known quantum Dicke model, the Dicke type quantum phase transition is presented with the order parameters quantified by ...
{\exp }\). We estimate an interface electric field approximately as 1 mV/Å atN = 1012cm−2. Since ZnO is a light large-gap material, this field is not expected to produce an experimentally measurable SOC and thus cannot account for the change of\({\alpha }_{\exp }\). ...