Results 1 to 10 of about 24,955 (156)
Area of reflection of longitudinal waves in multilayer Fibonacci arrangements
In this article, we study the total reflection in 1D phonic crystals in quasiperiodic Fibonacci type arrangements of solid/solid layers. It was found that the reflection occurs in an area centered at a normalized frequency of 2π, and an angle of ...
L. Castro-Arce +3 more
doaj +3 more sources
Supersolvable restrictions of reflection arrangements
16 pages; final version, to appear in Journal of Combinatorial Theory, Series ...
Gerhard Roehrle, Torsten Hoge
exaly +5 more sources
Reflection arrangements are hereditarily free [PDF]
6 pages; to appear in Tohoku Math ...
Gerhard Roehrle, Torsten Hoge
exaly +5 more sources
Reflection arrangements and ribbon representations [PDF]
Version 3. 34 pages. Added section on additional properties of ribbon representations.
exaly +6 more sources
On inductively free restrictions of reflection arrangements
15 pages, final version to appear in Journal of ...
Gerhard Roehrle, Torsten Hoge
exaly +3 more sources
Inductive freeness of Ziegler's canonical multiderivations for reflection arrangements [PDF]
Let $A$ be a free hyperplane arrangement. In 1989, Ziegler showed that the restriction $A''$ of $A$ to any hyperplane endowed with the natural multiplicity is then a free multiarrangement. We initiate a study of the stronger freeness property of inductive freeness for these canonical free multiarrangements and investigate them for the underlying class ...
Gerhard Roehrle, Torsten Hoge
exaly +5 more sources
Finite complex reflection arrangements are K(pi,1) [PDF]
71 pages. v5 minor fixes over v4; v4 contains an entirely rewritten Section 11, a new appendix on Garside theory, and many more improvements (most notably to Section 7).
David Bessis
exaly +4 more sources
Recursively free reflection arrangements
26 pages, 3 figures. Corrected typos, added reference in section 5.
exaly +4 more sources
Arrangements defined by unitary reflection groups
Let V be a complex vector space of dimension I. An arrangement in V is a finite set d of hyperplanes, all containing the origin. Let L = L ( d ) be the set of intersections of elements of ~r Partially order L by reverse inclusion so that L has V as its minimal element and d as its set of atoms.
Peter Orlik, Louis Solomon
exaly +3 more sources
MAT-free Reflection Arrangements [PDF]
We introduce the class of MAT-free hyperplane arrangements which is based on the Multiple Addition Theorem by Abe, Barakat, Cuntz, Hoge, and Terao. We also investigate the closely related class of MAT2-free arrangements based on a recent generalization of the Multiple Addition Theorem by Abe and Terao.
Michael Cuntz, Paul Mücksch
openaire +2 more sources

