CZ:Mathematics Workgroup

Template:Naturalsciences

Work plan white paper

The topics below are part of the division of mathematical knowledge to subdiciplines; they come from the 2000 Math. subject classification of the AMS and ZMATH, with some minor edits. Each of these top level topics is a big subject, and it is not our first priority to write a long article on these entries. Our object with outlining this list is to establish a framework. We recommend that when you write a new article, you should try to find a proper node for it. Do not hesitate to put a link for an article you want to work on soon. Feel free to do the same to request a particular important topic to be covered.

Remarks:

• We kept the original MSC numbering in places.
• No, of course its not the whole MSC tree - not even close to it. We should eventually put as much of it as appropriate.
• In some places we really expect some otherwork group (usually the physicsits) to do the work for us - we state where.

Caveats:

• Do not copy articles from wikipedia without carefully reading them, verifying both scope and focus. See Citizendium Pilot:How to convert Wikipedia articles to Citizendium articles
• Keep in mind three audiences when writing an article: general readers, math students and professionals.

The classification

• 00-XX General and elementary mathematics
  • trigonometric functions
  • high school math
• 01-XX History and biography
  • Euclid
  • Euler
  • Enigma
• 03-XX Mathematical logic and foundations
  • zeroth order logic
• 05-XX Combinatorics
  • Newton's binomial
• 06-XX Order, lattices, ordered algebraic structures [See also 18B35]
• 08-XX General algebraic systems
• 11-XX Number theory
  • 11Axx Elementary number theory {For analogues in number fields, see 11R04}
  • 11Bxx Sequences and sets
  • 11Cxx Polynomials and matrices
  • 11Dxx Diophantine equations [See also 11Gxx, 14Gxx]
  • 11Exx Forms and linear algebraic groups [See also 19Gxx] {For quadratic forms in linear algebra, see 15A63}
  • 11Fxx Discontinuous groups and $automorphicforms$ [See also 11R39, 11S37, 14Gxx, 14Kxx, 22E50, 22E55, 30F35, 32Nxx] {For relations with quadratic forms, see 11E45}
  • 11Gxx $Arithmeticalgebraicgeometry$ (Diophantine geometry) [See also 11Dxx, 14-xx, 14Gxx, 14Kxx]
  • 11Hxx Geometry of numbers {For applications in coding theory, see 94B75}
  • 11Jxx Diophantine approximation, transcendental number theory [See also 11K60]
  • 11Kxx Probabilistic theory: distribution modulo $1$; metric theory of algorithms
  • 11Lxx Exponential sums and character sums {For finite fields, see 11Txx}
  • 11Mxx Zeta and $L$-functions: analytic theory
  • 11Nxx Multiplicative number theory
  • 11Pxx Additive number theory; partitions
  • 11Rxx Algebraic number theory: global fields {For complex multiplication, see 11G15}
  • 11Sxx Algebraic number theory: [[local and $p$-adic fields]]
  • 11Txx Finite fields and commutative rings (number-theoretic aspects)
  • 11Uxx Connections with logic
  • 11Yxx Computational number theory [See also 11-04]
• 12-XX Field theory and polynomials
• 13-XX Commutative rings and algebras
• 14-XX Algebraic geometry
  • 14Axx Foundations
  • 14Bxx Local theory
  • 14Cxx Cycles and subschemes
  • 14Dxx Families, fibrations
  • 14Exx Birational geometry
  • 14Fxx (Co)homology theory [See also 13Dxx]
  • 14Gxx Arithmetic problems. Diophantine geometry [See also 11Dxx, 11Gxx]
  • 14Hxx Curves
    • 14H05 Algebraic functions; function fields [See also 11R58]
    • 14H10,14H15 moduli [See also 30F10, 32Gxx]
    • 14H20 Singularities, local rings [See also 13Hxx, 14B05]
    • 14H25 Arithmetic ground fields [See also 11Dxx, 11G05, 14Gxx]
    • 14H30 Coverings, fundamental group [See also 14E20, 14F35]
    • 14H37 Automorphisms
    • 14H40 Jacobians, Prym varieties [See also 32G20]
    • 14H42 Theta functions; Schottky problem [See also 14K25, 32G20]
    • 14H45 Special curves and curves of low genus
      • hyperelliptic curve
    • 14H50 Plane and space curves
    • 14H51 Special divisors (gonality, Brill-Noether theory)
    • 14H52 Elliptic curves [See also 11G05, 11G07, 14Kxx]
    • 14H55 Riemann surfaces; Weierstrass points; gap sequences [See also 30Fxx]
    • 14H60 Vector bundles on curves and their moduli [See also 14D20, 14F05]
  • 14Jxx Surfaces and higher-dimensional varieties {For analytic theory, see 32Jxx}
    • Kummer surfaces
  • 14Kxx Abelian varieties and schemes
  • 14Lxx Algebraic groups {For linear algebraic groups, see 20Gxx; for Lie algebras, see 17B45}
  • 14Mxx Special varieties
  • 14Nxx Projective and enumerative geometry [See also 51-xx]
  • 14Pxx Real algebraic and real analytic geometry
  • 14Qxx Computational algebraic geometry [See also 12Y05, 13Pxx, 68W30]
  • 14Rxx Affine geometry
• 15-XX Linear and multilinear algebra; matrix theory
• 16-XX Associative rings and algebras
• 17-XX Nonassociative rings and algebras
• 18-XX Category theory; homological algebra
• 19-XX $K$-theory
• 20-XX Group theory and generalizations
• 22-XX Topological groups, Lie groups
• 26-XX Real functions
  • Calculus
    • Mean Value Theorem
• 28-XX Measure and integration
• 30-XX Functions of a complex variable
• 31-XX Potential theory
• 32-XX Several complex variables and analytic spaces
• 33-XX Special functions (33-XX deals with the properties of functions as functions) {For orthogonal functions, see 42Cxx; for aspects of combinatorics see 05Axx; for number-theoretic aspects see 11-XX; for representation theory see 22Exx}
• 34-XX Ordinary differential equations
• 35-XX Partial differential equations
• 37-XX Dynamical systems and ergodic theory
• 39-XX Difference and functional equations
• 40-XX Sequences, series, summability
• 41-XX Approximations and expansions
• 42-XX Fourier analysis
  • Fourier series
• 43-XX Abstract harmonic analysis
• 44-XX Integral transforms, operational calculus
• 45-XX Integral equations
• 46-XX Functional analysis
• 47-XX Operator theory
• 49-XX Calculus of variations and optimal control; optimization
• 51-XX Geometry
• 52-XX Convex and discrete geometry
• 53-XX Differential geometry
• 54-XX General topology
• 55-XX Algebraic topology
• 57-XX Manifolds and cell complexes
• 58-XX Global analysis, analysis on manifolds
• 60-XX Probability theory and stochastic processes
  • 60Axx Foundations of probability theory
  • 60Bxx Probability theory on algebraic and topological structures
  • 60C05 Combinatorial probability
  • 60D05 Geometric probability, stochastic geometry, random sets [See also 52A22, 53C65]
  • 60Exx Distribution theory [See also 62Exx, 62Hxx]
  • 60Fxx Limit theorems [See also 28Dxx, 60B12]
  • 60Gxx Stochastic processes
  • 60Hxx Stochastic analysis [See also 58J65]
  • 60Jxx Markov processes
  • 60Kxx Special processes
• 62-XX Statistics
• 65-XX Numerical analysis
• 68-XX Computer science (we leave it for the computers Workgorup ?)
• 70-XX Mechanics of particles and systems (we leave it for physics Workgroup??)
• 74-XX Mechanics of deformable solids (we leave it for physics Workgroup??)
• 76-XX Fluid mechanics (we leave it for physics Workgroup??)
• 78-XX Optics, electromagnetic theory {For quantum optics, see 81V80} (we leave it for physics Workgroup??)
• 80-XX Classical thermodynamics, heat transfer (we leave it for physics Workgroup??)
• 81-XX Quantum theory (at the beginning we leave it for physics Workgroup??)
• 82-XX Statistical mechanics, structure of matter (we leave it for physics Workgroup??)
• 83-XX Relativity and gravitational theory (we leave it for physics Workgroup??)
• 85-XX Astronomy and astrophysics (we leave it for physics Workgroup??)
• 86-XX Geophysics (we leave it for physics Workgroup??)
• 90-XX Operations research, mathematical programming
• 91-XX Game theory, economics, social and behavioral sciences (we leave it for economy Workgroup??)
• 92-XX Biology and other natural sciences (we leave it for biology Workgroup??)
• 93-XX Systems theory; control

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