The time history of subsequent tunneled wave packets can represent a more meaningful way to describe signal evolutions and to determine the group delay than the detection of a demodulated monopulse envelope. In the present experimental research, the delay of transmitted tunneled packets was found to be shorter than that measurable in vacuum, in good agreement with the phase time and Esposito's equation and independent of the barrier length. The wave packets did not show narrowing and \u201creshaping,\u201d so these phenomena did not appear to be the reason of the short delay experienced. The latter was not found to be proportional to the amplitude of the incident signal
We study the interplay between pulse width, interference and tunneling for a wave packet incident u...
none4In this work, we propose a procedure to predict the group delay of stress waves propagating in ...
Tunneling times in absorptive and dispersive media are considered, as are the relations between them...
The time history of subsequent tunneled wave packets can represent a more meaningful way to describe...
The problem of quasi-monochromatic wave packet tunneling through a potential rectangular barrier is ...
We show that the group delay in tunneling is not a traversal time but a lifetime of stored energy or...
We show that the group delay in tunnelling is not a traversal time but a lifetime of stored energy o...
Analytic solutions to the time-dependent Schrodinger equation for cutoff wave initial conditions are...
It is shown that transmission and reflection group delay times in an asymmetric single quantum barri...
[[abstract]]The transmission and group delay are investigated for two kinds of waveguide systems. Th...
In this work, we systematically investigate the group delay time of an electron wave packet through ...
In this paper, a more general expression that describes the relationship between dwell time and grou...
The mechanism of superluminal traversal time is investigated from the viewpoint of interference betw...
International audienceThe group velocity of 'space-time' wave packets-propagation-invariant pulsed b...
In this work we study the behaviour of Wigner phase delay time for tunneling in the reflection mode....
We study the interplay between pulse width, interference and tunneling for a wave packet incident u...
none4In this work, we propose a procedure to predict the group delay of stress waves propagating in ...
Tunneling times in absorptive and dispersive media are considered, as are the relations between them...
The time history of subsequent tunneled wave packets can represent a more meaningful way to describe...
The problem of quasi-monochromatic wave packet tunneling through a potential rectangular barrier is ...
We show that the group delay in tunneling is not a traversal time but a lifetime of stored energy or...
We show that the group delay in tunnelling is not a traversal time but a lifetime of stored energy o...
Analytic solutions to the time-dependent Schrodinger equation for cutoff wave initial conditions are...
It is shown that transmission and reflection group delay times in an asymmetric single quantum barri...
[[abstract]]The transmission and group delay are investigated for two kinds of waveguide systems. Th...
In this work, we systematically investigate the group delay time of an electron wave packet through ...
In this paper, a more general expression that describes the relationship between dwell time and grou...
The mechanism of superluminal traversal time is investigated from the viewpoint of interference betw...
International audienceThe group velocity of 'space-time' wave packets-propagation-invariant pulsed b...
In this work we study the behaviour of Wigner phase delay time for tunneling in the reflection mode....
We study the interplay between pulse width, interference and tunneling for a wave packet incident u...
none4In this work, we propose a procedure to predict the group delay of stress waves propagating in ...
Tunneling times in absorptive and dispersive media are considered, as are the relations between them...