activity
19962010
most citedBound states and scattering in quantum waveguides coupled laterally through a boundary window

108 citations · 775 across the 34 of their papers we have counts for

collaborators

34 papers

physics.soc-ph2010★ 1 cited

Built-up structure criticality

Daniel Vasata, Pavel Exner, Petr Seba

The built-up land represents an important type of overall landscape. In this paper the built-up land structure in the largest cities in the Czech Republic and selected cities in th…

physics.soc-ph2009★ 9 cited

Walkers on the circle

Daniel Jezbera, David Kordek, Jan Kriz +2

We experimentally demonstrate that the statistical properties of distances between pedestrians which are hindered from avoiding each other are described by the Gaussian Unitary Ens…

nlin.CD2009★ 22 cited

Departure of some parameter-dependent spectral statistics of irregular quantum graphs from Random Matrix Theory predictions

Oleh Hul, Petr Seba, Leszek Sirko

Parameter-dependent statistical properties of spectra of totally connected irregular quantum graphs with Neumann boundary conditions are studied. The autocorrelation functions of l…

physics.soc-ph2009★ 14 cited

Parking and the visual perception of space

Petr Seba

Using measured data we demonstrate that there is an amazing correspondence among the statistical properties of spacings between parked cars and the distances between birds perching…

physics.soc-ph2009★ 1 cited

Traffic and the visual perception of space

Petr Seba

During the attempt to line up into a dense traffic people have necessarily to share a limited space under turbulent conditions. From the statistical point view it generally leads t…

nlin.CD2009★ 85 cited

Experimental and numerical investigation of the reflection coefficient and the distributions of Wigner's reaction matrix for irregular graphs with absorption

Michal Lawniczak, Oleh Hul, Szymon Bauch +2

We present the results of experimental and numerical study of the distribution of the reflection coefficient P(R) and the distributions of the imaginary P(v) and the real P(u) part…