Eurotechnology visualizes electron motion in Quantum Devices
We simulate quantum devices by solving the time-dependent Schroedinger equation.
We apply our software for a variety of problems.
Our simulations can be used for simulating electrons in electron microscopes and for
simulating electronic devices using quantum effects. Another area is the simulation
of electron wave packets prepared by femto-second laser pulses. Femto-second laser
technology is a very rapidly growing area, and it is very difficult to imagine how
electron wave packets behave on such a short time scale without high quality simulations.
Our software can also be used for a range of other simulation technology applications.
Prize in the Japanese Computer Visualization Contest 1995
This work has been awarded the 2nd Prize in the Japanese Computer Visualization Contest 1995
organized by the Japanese Edition of Scientific American (Nikkei SCIENCE), it has also appeared
on the February 1996 page of the Hewlett-Packard Laboratory Calender, and the work has also been
presented at a number of scientific conferences and in a number of scientific journals.
We have also presented the first simulation of electrons in strong magnetic fields at the
23rd Conference on The Physics of Semiconductors on Berlin (1996).
Before you start the slide show....
Below is an image of the potential landscape chosen for this demonstration.
There is channel on the left hand side, from which an electron wave packet emerges.
The wave packet then propagates through a periodic lattice. This lattice could represent
the atoms in a crystal for example.
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