Search Results - "Deb, B. M"

Quantum chaos in atoms and molecules under strong external fields by Sadhukhan, Mainak, Deb, B. M.

“…Nonlinear dynamics in quantum theory is an old area which has received considerable recent impetus. In particular, the possibility and detection of chaos in…”
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Dynamics of a hydrogen atom under a strong, time-dependent magnetic field by Sadhukhan, M, Panigrahi, P. K, Deb, B. M

“…The dynamics of a hydrogen atom under a strong, time-dependent, short-frequency magnetic field show a quite interesting parametric resonance behaviour. The…”
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Dynamical deformations of the electron density in an H2 molecule under strong, oscillating magnetic fields: an application of time-dependent quantum fluid density functional theory by Sadhukhan, Mainak, Deb, B. M.

“…Following the time-dependent quantum fluid density functional theory developed in our laboratory, the present quantum-mechanical, dynamical study of the H 2…”
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An investigation into possible quantum chaos in the H 2 molecule under intense laser fields via Ehrenfest phase space (EPS) trajectories by Sadhukhan, Mainak, Deb, B M

“…By employing the Ehrenfest "phase space" trajectory method for studying quantum chaos, developed in our laboratory, the present study reveals that the H…”
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An investigation into possible quantum chaos in the H2 molecule under intense laser fields via Ehrenfest phase space (EPS) trajectories by Sadhukhan, Mainak, Deb, B. M.

“…By employing the Ehrenfest "phase space" trajectory method for studying quantum chaos, developed in our laboratory, the present study reveals that the H 2…”
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Electron dynamics in H2 + molecule-ion under a strong, oscillating magnetic field by Goel, N., Gupta, S., Sadhukhan, M., Deb, B. M.

“…In this work, the dynamics of electronic motion in molecule-ion under an ultrafast, strong, oscillating magnetic field have been studied and compared with…”
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Ehrenfest 'phase-space' trajectories and quantum chaos in He atom under strong, oscillating magnetic fields: an application of time-dependent quantum fluid density functional theory (TDQFDFT) by Sadhukhan, Mainak, Deb, B.M.

“…Using a dynamical signature proposed earlier from our laboratory, quantum chaos in He atom interacting with strong, oscillating magnetic fields has been…”
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A dynamical signature of quantum chaos in hydrogen atom under strong, oscillating magnetic fields by Sadhukhan, M, Deb, B. M

“…A dynamical signature of quantum chaos is proposed in terms of the nonlinear growth of time-dependent (TD) distance function between two trajectories,…”
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Dynamics of electronic motion in hydrogen atom under parallel strong oscillating magnetic field and intense laser fields by Sadhukhan, M., Roy, Amlan K., Panigrahi, P. K., Deb, B. M.

“…The mechanism of ionization of an H atom interacting with intense laser electric fields is altered when a strong, oscillating magnetic field is applied along a…”
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Use of an intense microwave laser to dissociate a diatomic molecule: Theoretical prediction of dissociation dynamics by WADEHRA, AMITA, DEB, B M

“…By employing an intense microwave laser of wavelength 116.65 μ m with intensities 1 × 10 13 and 5 × 10 18 W cm  − 2 , respectively, the conclusion is reached…”
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One-dimensional multiple-well oscillators: A time-dependent quantum mechanical approach by Gupta, Neetu, Roy, Amlan K, Deb, B M

“…Time-dependent Schrödinger equation (TDSE) is solved numerically to calculate the ground- and first three excited-state energies, expectation values 〈x2j〉,…”
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Electron density changes and high harmonics generation in H2 molecule under intense laser fields by WADEHRA, A, DEB, B. M

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A numerical study of time-dependent schrödinger equation for multiphoton vibrational interaction of NO molecule, modelled as Morse oscillator, with intense far-infrared femtosecond lasers by Wadehra, Amita, Deb, B M

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Does the classically chaotic Henon-Heiles oscillator exhibit quantum chaos under intense laser fields? by Gupta, Neetu, Deb, B M

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Thomas-Fermi-type method for the direct calculation of electronic densities and properties of atoms and ions by DEB, B. M, CHATTARAJ, P. K

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Helium atom in intense and superintense laser fields: A new theoretical approach by Dey, Bijoy Kr, Deb, B M

“…A quantum hydrodynamical study is made of the dynamical changes of a helium atom interacting with lasers of two different intensities, but having the same…”
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Structure, dynamics and quantum chaos in atoms and molecules under strong magnetic fields by Sadhukhan, Mainak, Deb, B.M.

“…Although studies on the interaction of atoms and molecules with external magnetic fields are more than 100 years old, beginning from the pre-quantum-mechanical…”
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Dynamical deformations of the electron density in an H 2 molecule under strong, oscillating magnetic fields: an application of time-dependent quantum fluid density functional theory by Sadhukhan, Mainak, Deb, B. M.

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Ground-state electronic energies and densities of atomic systems in strong magnetic fields through a time-dependent hydrodynamical equation by Vikas, Deb, B. M.

“…Through a single time‐dependent (TD) quantum fluid dynamical equation of motion, ground‐state electronic densities and energies in strong magnetic fields (up…”
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Dynamical deformations of the electron density in an H sub(2) molecule under strong, oscillating magnetic fields: an application of time-dependent quantum fluid density functional theory by Sadhukhan, Mainak, Deb, B M

“…Following the time-dependent quantum fluid density functional theory developed in our laboratory, the present quantum-mechanical, dynamical study of the H…”
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