Linear and multilinear algebra; matrix theory Matrix equations and groups Object
Special linear group
Builds on DeterminantGeneral linear group
Description
Let be a field and let . The special linear group is the set of matrices over with determinant , with matrix multiplication. It is a subgroup of the general linear group .
Remarks
It is the kernel of the group homomorphism , so it is a normal subgroup. The quotient is isomorphic to . Over , its elements are the linear maps that keep volume and orientation. is the analogous group of integer matrices with determinant .
Reading path
To understand this page from the ground up, read these 10 pages in order. The foundations come first.
Show the path as a graph
- no evidence level
- General linear group object
- Identity matrix object
- Matrix definition
- Vector space definition
- Square matrix definition
- Linear map definition
- Multilinear map definition
- Alternating multilinear map definition
- Determinant definition
- Special linear group object
Where this leads
62 pages build on this one.
- Horocycle flow
- Oscillator representation
- Eisenstein series
- Schwarz–Christoffel mapping
- Maass wave form
- Modular lambda function
- The special linear group is the kernel of the determinant
- Modular curve
- Fuchsian group
- Representation theory of SL2(R)
- Siegel upper half-space
- Geodesic flow on a locally symmetric space
- Theta correspondence
- Table of Lie groups
- Theta function
- Eisenstein series as a double series
- Ramanujan tau function
- Siegel modular form
- Metaplectic group
- Poincaré group
- Selberg's 1/4 conjecture
- Arthur–Selberg trace formula
- Selberg trace formula
- Linear canonical transformation
- Arithmetic group
- Baily–Borel compactification
- Margulis superrigidity theorem
- Wigner's classification
- Congruence subgroup
- ADE singularity
- Inoue surface
- Weyl–Titchmarsh theory
- SL(2,C)
- Ultraparallel theorem
- Zimmer's conjecture
- j-invariant
- Dedekind eta function
- Modular form
- Kleinian group
- Petersson inner product
- Nielsen–Thurston classification
- Horocycle
- Classical group
- Binary quadratic form
- SL(2,R)
- Lorentz group
- Representation theory of the Lorentz group
- Poincaré half-plane model
- Cusp form
- Fundamental domain of the modular group
- Topological modular forms
- Nome
- Masur–Veech theorem
- Modular group
- Rogers–Ramanujan continued fraction
- Upper half-plane
- Hecke operator
- Theta transformation formula
- Schramm–Loewner evolution
- de Branges space
- Nevanlinna parametrization of solutions
- Loewner differential equation
Further reading
- Web https://en.wikipedia.org/wiki/Special_linear_group, lead section
About this page
| Tag | 0V9PMN0RBH |
|---|---|
| URI | m2://0V9PMN0RBH |
| Kind | object |
| Writing | W1 stated |
| MSC | 15A15, 20G15 |
| Instance of | Group |
| Uses | Determinant, General linear group |
| Same as |
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What this page needs for W2
- section Invariants: a table of the main invariants (0 of 1)
The writing levels say how complete the text of a page is. They do not measure its truth.
What links here
Used by
- Horocycle flow
- The special linear group is the kernel of the determinant
- Table of Lie groups
- Linear canonical transformation
- Arithmetic group
- Margulis superrigidity theorem
- ADE singularity
- Inoue surface
- SL(2,C)
- Zimmer's conjecture
- Modular form
- Nielsen–Thurston classification
- Classical group
- Binary quadratic form
- SL(2,R)
- Masur–Veech theorem
- Modular group
- Upper half-plane