Homogeneous polynomial
Summary
A homogeneous polynomial is a polynomial in several variables whose nonzero terms all have the same total degree. Such polynomials are also called forms; the quadratic forms are the homogeneous polynomials of degree . A homogeneous polynomial of degree satisfies , so its zero set is a union of lines through the origin. This is why homogeneous polynomials describe the subsets of projective space, and why they appear in the definition of quasi-algebraically closed fields.
Where this leads
19 pages build on this one.
- Wigner D-matrix
- Complete intersection
- Mixed volume
- Representation theory of SU(2)
- Cayley–Bacharach theorem
- Baily–Borel compactification
- Veronese embedding
- Spherical harmonics
- Regular function
- Spencer cohomology
- Projective variety
- Fischer decomposition
- Principal symbol
- Ax–Kochen theorem
- Segre embedding
- Harmonic polynomial
- Expansion in spherical harmonics
- Plane curve
- Normal form
Further reading
About this page
| Tag | 2C3PAQ7H50 |
|---|---|
| URI | m2://2C3PAQ7H50 |
| Kind | concept |
| Writing | W0 stub |
| MSC | 13F20, 12E10, 13A02 |
| Specializes | Polynomials in several variables |
| Same as |
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Used by
- Complete intersection
- Mixed volume
- Representation theory of SU(2)
- Cayley–Bacharach theorem
- Veronese embedding
- Spherical harmonics
- Regular function
- Spencer cohomology
- Projective variety
- Fischer decomposition
- Principal symbol
- Ax–Kochen theorem
- Segre embedding
- Harmonic polynomial
- Expansion in spherical harmonics
- Plane curve
- Normal form