A proof of Minkowski’s second theorem Matthew Tointon Minkowski’s second theorem is a fundamental result from the geometry of numbers with important applications in additive combinatorics (see, for example, its appli

Source URL: tointon.neocities.org

• Spectral theory
• Hermann Minkowski
• Minkowski's second theorem
• Operator theory
• Mathematics
• Dissipative operator

⊕ = Exact Minkowski Sums of Polygons With Holes Alon Baram 1 Efi Fogel 1 Dan Halperin

Source URL: morr.cc

「万物の尺度」を発見した! 清水 哲男 (Tetsuo Shimizu) 「ダランベールの微分演算子(d’Alembertian)」の平方根と， 「ミンコフスキー計量テ ンソル演算子(Minkowski metric ten

Source URL: www.phsc.jp

Bulg. J. Phys–8 Multiparameter Quantum Minkowski Space-Time and Quantum Maxwell Equations Hierarchy V.K. Dobrev Institute for Nuclear Research and Nuclear Energy,

Source URL: theo.inrne.bas.bg

VI International Meeting on Lorentzian Geometry Granada (Spain), September 6-9, 2011 GELOGRA 2011 Plenary Talk: New examples of maximal surfaces in Lorentz Minkowski 3-Space. Masaaki Umehara and Kotaro Yamada

Source URL: gigda.ugr.es

Minkowski Decomposition and Geometric Predicates in Sparse Implicitization I.Z. Emiris, C. Konaxis and Z. Zafeirakopoulos University of Athens Talk given by Ilias Kotsireas Wilfrid Laurier University

Source URL: www.issac-symposium.org

Geodesics on Surfaces of Revolution in Minkowski Space IGL Spring 2013 Report Yifei Li, Byung Hui Yoon∗ April 30, 2013 Abstract

Source URL: www.math.illinois.edu

40 ALGORITHMIC MOTION PLANNING Mi ha Sharir INTRODUCTION

Source URL: www.math.tau.ac.il

• Geometry
• Mathematics
• Algebra
• Polyhedron
• Voronoi diagram
• Minkowski addition

ON Lp BOUNDS FOR KAKEYA MAXIMAL FUNCTIONS AND THE MINKOWSKI DIMENSION IN R2 U. KEICH Abstract. We prove that the bound on the Lp norms of the Kakeya type maximal functions studied by Cordoba [2], and by

Source URL: www.maths.usyd.edu.au

• Harmonic analysis
• Mathematics
• Discrete geometry
• Kakeya set
• Real analysis
• Limit of a function
• NC
• Dyadic cubes
• Differential forms on a Riemann surface

About a new type of null Osserman condition on Lorentz S-manifolds L ETIZIA B RUNETTI Department of Mathematics – University of Bari, Italy Abstract. The problem of Osserman conjecture is completely solved in the Loren

Source URL: gigda.ugr.es

• Mathematical analysis
• Lorentzian manifolds
• Theoretical physics
• Physics
• Curvature
• Connection
• Differential geometry
• Special relativity
• Minkowski space
• Sectional curvature
• Normal distribution
• Pseudo-Riemannian manifold