The sensitivity of atom interferometers depends on their ability to realize long pulse
separation times and prevent loss of contrast by limiting the expansion of the atomic …

We propose a theoretical scheme for measuring a laser's wavelength. Within a one-
dimensional harmonic potential well, the laser wavelength forming Kapitza–Dirac pulses …

We theoretically analyze the operating principles of a proposed matter-wave Sagnac
interferometer utilizing Bose-Einstein-condensate (BEC) phonon modes as an interference …

Moreover, the same techniques are used to implement a matter-wave lens, directly
applicable in the optical-dipole trap without necessitating extended free-fall times. By …

Atom interferometers have emerged as a pivotal tool for accurate measurements of inertial
effects and are used as a versatile instrument in both fundamental physics investigations …

We study the effects of strong inter-particle interaction on diffraction of a Bose-Einstein
condensate of $^ 6Li_2 $ molecules from a periodic potential created by pulses of a far …

Optical lattices represent a fundamental tool in the field of ultra-cold atoms that allow to
simulate a large variety of quantum phenomena like the conduction of electrons in solids, to …

Matter-wave Sagnac interferometers are considered likely to form the next wave of progress
in precision rotation measurement. Massive particles provide several orders of magnitude …