Jump to content

User:Infometrix/Books/Quantum Algebra and Quantum Computation

From Wikipedia, the free encyclopedia


Quantum Algebra and Quantum Computers[edit]

Abelian and Non-Abelian Structures in Algebraic Mathematics[edit]

Algebraic Logic
Boolean logic
Algebraic logic
Łukasiewicz logic
Intuitionistic logic
Mathematical logic
Heyting arithmetic
Metatheory
Metalogic
Quantum Logics and Quantum Computers
Multi-valued logic
Quantum logic
Quantum computer
Quantum Algebra and Standard Model
Quantum affine algebra
Clifford algebra
Von Neumann algebra
C*-algebra
Affine Lie algebra
Kac–Moody algebra
Hopf algebra
Quantum group
Group representation
Unitary representation
Representation theory of the Lorentz group
Stone–von Neumann theorem
Peter–Weyl theorem
Quasi-Hopf algebra
Quasitriangular Hopf algebra
Ribbon Hopf algebra
Quasi-triangular Quasi-Hopf algebra
Quantum inverse scattering method
Exterior algebra
Supergroup
Superalgebra
Yangian
Standard Model
Noncommutative quantum field theory
Noncommutative standard model
Noncommutative geometry
Abstract Algebra
Abstract algebra
Universal algebra
Heyting algebra
MV-algebra
Group algebra
Lie algebra
Lie group
Lie algebroid
Algebraic Topology, Group Theory and Groupoids
Algebraic topology
Groupoid
Group theory
Abelian group
Galois group
Grothendieck group
Esquisse d'un Programme
Galois theory
Grothendieck's Galois theory
Galois cohomology
Homological algebra
Homotopical algebra
Cohomology theory
K-theory
Algebraic K-theory
Topological K-theory
Category Theory
Category theory
Category
Dual
Abelian category
Functor
Yoneda lemma
Limit
Adjoint functors
Natural transformation
Variety
Domain theory
Enriched category
Topos
Descent
Stack
Categorical logic
Higher Dimensional Algebras
Higher-dimensional algebra
Higher category theory
Duality