Challenges
Datasets
Workspaces
Papers
Discussions
Leaderboard
Log inSign up
Challenges
Datasets
Workspaces
Papers
Discussions
Leaderboard
Blog
Job Board
Q3AS

© 2026 Aqora Quantum S.A.S.

TermsPrivacyLegal Notice

The European Physical Journal B

Rabi-oscillations without rotating-wave approximation

Martin Munz, Gerd Marowsky

Published Mar 1, 1986• 8 citations
Publisher
DOI
10.1007/bf01312587

Related papers

Squeezing and rabi oscillations in the Dicke model within and without rotating-wave approximation

JOSIP SEKE

Physica A Statistical Mechanics and its Applications•Feb 1, 1995•11 citations

Rabi oscillations in a partially coherent field

Jan Mostowski, Kazimierz Rza̧żewski

The European Physical Journal B•Jun 1, 1980•9 citations

Conventional and anomalous quantum Rabi oscillations in graphene

Enamullah Enamullah, Vipin Kumar, Upendra Kumar +1 more

We study the non linear response of graphene in presence of quantum field in two different regimes. Far from resonance, using our new technique asymptotic rotating wave approximation (ARWA), we obtained that the matter field interaction leads to the slow oscillations like conventional Rabi oscillations observed in conventional semiconductors using well known rotating wave approximation (RWA). The Rabi frequency obtained in both the regimes.

AIP conference proceedings•Jan 1, 2014•0 citations

Path Integral Treatment for the Rabi Oscillations

Mekki Aouachria

•Nov 1, 2009•0 citations

Vacuum Rabi Oscillation of an Atom without Rotating-Wave Approximation

Wang Fa-Qiang, Weici Liu, Ruisheng Liang

We have investigated vacuum Rabi oscillation of an atom coupled with single-mode cavity field exactly, and compared the results with that of the Jaynes–Cummings (J–C) model. The results show that for resonant case, there is no Rabi oscillation for an atom. For small detuning and weak coupling case, the probability for the atom in excited state oscillates against time with different frequencies and amplitudes from that of the J-C model. It exhibits that the counter-rotating wave interaction could significantly effect the dynamic behaviour of the atom, even under the condition in which the RWA is considered to be justified.

arXiv:0806.3918•Chinese Physics Letters•Dec 1, 2008•0 citations

Rabi oscillations in trilayer graphene

Enamullah Enamullah, Vipin Kumar, Girish S. Setlur

We study the nonlinear optical phenomenon, Rabi oscillations in trilayer graphene in presence of an optical field in two different regime - close to resonance and far from resonance. Close to resonance means when the incident optical frequency is nearly equal to transition frequency. We find the Rabi frequency in both the regime - near to resonance conventional Rabi frequency (CRF) is obtained by an approximation well known as rotating wave approximation (RWA). Far from resonance, anomalous Rabi frequency (ARF), unique to grapheme, is obtained using an alternative of RWA called asymptotic RWA (ARWA), introduced by us for single layer graphene. The existence of anomalous Rabi oscillation (ARO) is attributable to a peculiar property of graphene, namely, pseudo spin.

AIP conference proceedings•Jan 1, 2013•0 citations
We have investigated vacuum Rabi oscillation of an atom coupled with single-mode cavity field exactly, and compared the results with that of the Jaynes–Cummings (J–C) model. The results show that for resonant case, there is no Rabi oscillation for an atom. For small detuning and weak coupling case, the probability for the atom in excited state oscillates against time with different frequencies and amplitudes from that of the J-C model. It exhibits that the counter-rotating wave interaction could significantly effect the dynamic behaviour of the atom, even under the condition in which the RWA is considered to be justified.
We study the nonlinear optical phenomenon, Rabi oscillations in trilayer graphene in presence of an optical field in two different regime - close to resonance and far from resonance. Close to resonance means when the incident optical frequency is nearly equal to transition frequency. We find the Rabi frequency in both the regime - near to resonance conventional Rabi frequency (CRF) is obtained by an approximation well known as rotating wave approximation (RWA). Far from resonance, anomalous Rabi frequency (ARF), unique to grapheme, is obtained using an alternative of RWA called asymptotic RWA (ARWA), introduced by us for single layer graphene. The existence of anomalous Rabi oscillation (ARO) is attributable to a peculiar property of graphene, namely, pseudo spin.