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- Mathematical Programming Bounds for Kissing Numbers
- Mathematisches Forschungsinstitut Oberwolfach Optimization And
- Geometric Number Theory Lenny Fukshansky
- Ellipses and Ellipsoids
- Abstracts of Papers Presented in Columbus, OH Abstracts of Papers Presented At
- Curriculum Vitae
- Sphere Packings in 3-Space
- The Contact Number Problem in Two and Three Dimensions
- Mathematical Modeling Handbook
- 2 PACKING and COVERING G´Abor Fejes T´Oth
- MAA Prizes Awarded in San Antonio
- Selected Abbreviations for Journal Titles
- Abstracts for the MAA Undergraduate Poster Session New Orleans, LA January 8, 2011
- Densest Sphere Packing in Dimension 8, As Well As an Overview of the (Very Similar) Proof That the Leech Lattice Is Optimal in Dimension 24
- New Formulations for the Kissing Number Problem Leo Liberti, Pietro Belotti, Sergei Kucherenko, Nelson Maculan
- The Kissing Number in Four Dimensions
- High-Dimensional Sphere Packing and the Modular Bootstrap
- Contact Numbers for Sphere Packings
- Towards a Proof of the 24-Cell Conjecture
- The Thirteen Spheres: a New Proof
- Geometric Number Theory Lenny Fukshansky
- A Survey on the Kissing Numbers
- Upper Bounds for Energies of Spherical Codes of Given Cardinality
- Geometry Revealed
- Lecture 1 Part 1: Kissing Numbers and Spherical Codes
- Notices of the American Mathematical Society May 2006
- Foundations of Physical Law
- Kissing Numbers, Sphere Packings, and Some Unexpected Proofs, Vol
- Arxiv:1904.01845V1 [Math.HO] 3 Apr 2019 Their Observations Have Opened up an Entirely New Horizon to Cosmology
- Average Kissing Numbers for Non-Congruent Sphere Packings
- FAMOUS PUZZLES of Great Mathematicians
- Packing Hyperspheres in High-Dimensional Euclidean Spaces
- View This Volume's Front and Back Matter
- A Short Solution of the Kissing Number Problem in Dimension Three
- Acta Mathematica Nitriensia Vol. 1, No
- Sphere Packings Revisited
- Frictional Hyperspheres in Hyperspace
- Mathematical Society ISSN 0002-9920
- Bsc Thesis Applied Mathematics Using Relaxations of Sum of Squares