Fractal Geometry, Complex Dimensions and Zeta Functions: Geometry and Spectra of Fractal Strings

Fractal Geometry, Complex Dimensions and Zeta Functions: Geometry and Spectra of Fractal Strings By Lapidus, Michel L. Published by Springer Publication Date: 2012-09-20 Subject: Mathematics Differential Equations General, Mathematics Functional Analysis, Mathematics Mathematical Analysis, Mathematics Number Theory, Mathematics Differential Equations - General, Mathematics Functional Analysis, Mathematics Mathematical Analysis, Mathematics Number Theory, Differential Calculus & Equations, Functional Analysis & Transforms, Integral Calculus & Equations, Non-Linear Science, Number Theory, Numerical Analysis, Calculus And Mathematical Analysis, Cybernetics And Systems Theory, Differential Calculus And Equations, Functional Analysis And Transforms, Integral Calculus And Equations, Mathematik Wahrscheinlichkeitstheorie, Stochastik, Mathematische Statistik, Number Theory, Integral Calculus & Equations, Differential Calculus & Equations, Non-Linear Science, Numerical Analysis, Functional Analysis & Transforms, Mathematics Number Theory, Mathematics, Number Theory, Mathematics Mathematical Analysis, Mathematical Analysis, Mathematics Differential Equations General, Differential Equations, General, Mathematics Functional Analysis, Functional Analysis, Integral Calculus And Equations, Differential Calculus And Equations, Cybernetics And Systems Theory, Calculus And Mathematical Analysis, Functional Analysis And Transforms, Fractals, Spectral Geometry, Functions, Zeta, Anf: Mathematics Subject Keywords: Riemann hypothesis; cantor strings; complex dimensions; fractality; inverse spectral problems; minkowski measurability; nonlattice self-similar strings; self-similar flows; tubular neighborhoods; partial differential equations Genre: Number Theory, Integral Calculus & Equations, Differential Calculus & Equations, Non-Linear Science, Numerical Analysis, Functional Analysis & Transforms, Mathematics, Number Theory, Mathematics, Mathematical Analysis, Mathematics, Differential Equations, General, Mathematics, Functional Analysis, Number Theory, Integral Calculus And Equations, Differential Calculus And Equations, Cybernetics And Systems Theory, Calculus And Mathematical Analysis, Functional Analysis And Transforms Target Audience: Professional and scholarly