There are plenty of polynomials, and only a few are specializations of Macdonald polynomials. As a polynomial botanist, the following is a very incomplete family tree.
A more comprehensive list of symmetric functions and generalizations can be found here.
Edit: I added a few more generalizations, but it is getting crowded. Click on the image for a larger version.
There are plenty of polynomials, and only a few are specializations of Macdonald polynomials. As a polynomial botanist, the following is a very incomplete family tree.
Edit: I added a few more generalizations, but it is getting crowded. Click on the image for a larger version.
There are plenty of polynomials, and only a few are specializations of Macdonald polynomials. As a polynomial botanist, the following is a very incomplete family tree.
A more comprehensive list of symmetric functions and generalizations can be found here.
Edit: I added a few more generalizations, but it is getting crowded. Click on the image for a larger version.
There are plenty of polynomials, and only a few are specializations of Macdonald polynomials. As a polynomial botanist, the following is a very incomplete family tree.
Edit: I added a few more generalizations, but it is getting crowded. Click on the image for a larger version.
There are plenty of polynomials, and only a few are specializations of Macdonald polynomials. As a polynomial botanist, the following is a very incomplete family tree.
There are plenty of polynomials, and only a few are specializations of Macdonald polynomials. As a polynomial botanist, the following is a very incomplete family tree.
Edit: I added a few more generalizations, but it is getting crowded. Click on the image for a larger version.
There are plenty of polynomials, and only a few are specializations of Macdonald polynomials. As a polynomial botanist, the following is a very incomplete family tree.
