... of quantum cryptographic protocols, atoms dynamics in optical dipole trap, etc.), applications of quantum theory to modeling quantum interference phenomena in multilevel atoms interacting with optical and magnetic fields (dark resonance spectroscopy), and ...

... optical mixing; applications using THz radiation for spectroscopy, sensing, and imaging, including the physical and life sciences application; advances in THz communications concepts and systems; new THz measurement techniques and instrumentation ...

... It is planned to create their miniature counterparts in SSAU laboratories. ... 4 Optical elements of infrared and terahertz ranges are the optics for working with radiation, invisible to the human eye. ...

... magneto-optical response of nanoparticles3 and multilayer structures.5 One of the up-to-date approaches for the observation of magnetoplasmonic effects is the use of magnetoplasmonic crystals, which are boundaries between magnetic and nonmagnetic media ...

... counterpart (3) Number of significant eigenvalues, defined as K = 1/ k 2 , quantifies entanglement present in the system. k Despite its convenience as a mathematical tool, the concept of Schmidt decomposition is not widely recognized as directly ...

... microcavities with two-dimensional optical confinement photon wires , fabricated ... properties as a result of the mixing of exciton states with cavity optical modes ...

... in a 313 nm cut-off plastic cuvette with 10 mm optical path (Sarstedt, Germany), which was positioned 25 cm away from the lamp ...