THORNE1 |
Parton
Distribution Functions and the LHC |
Type |
Computational/data analysis |
#students |
1 or 2 together |
Orientation |
Why is the scientific problem of
interest at all? The
proton is made up out of a collection of quarks, antiquarks
and gluons, collectively known as partons. The
detailed description of this is in terms of parton
distributions. When collisions occur at a high-energy particle collider (e.g.
the Large Hadron Collider (LHC)) the interactions
are effectively between the colliding partons.
Hence, the results at particle colliders depend on the details of the parton distributions and in turn can be used to improve
our knowledge of them, and implicitly of the strong force, Quantum ChromoDynamics (QCD). |
How |
How is the research going to
shed light on the given problem?. The project will examine how QCD and
experimental data from particle colliders affects the parton
distribution functions and influences predictions at the LHC |
What |
What is
the specific thing that the student will do, and how does it fit inside the
overall project? |
Special Knowledge |
|
Supervisor |
Prof. Robert Thorne thorne@hep.ucl.ac.uk |