Prof. David Bailey
Particle Physics (Experimental)
Experimental high energy physics, exotic physics, error analysis, monte carlo simulation, physics education.
The universe contains a bewildering variety of structures and processes - stars, fire, people, sunshine, and much more - yet behind all these different phenomena is thought to be a small number of different elementary particles interacting through a few fundamental forces. How can we determine the nature and existence of these basic constituents and interactions?
The Standard Model of particle physics has successfully described every relevant and confirmed experimental result for more than 30 years, but this theory is known to be incomplete and it will break down at high enough energies. I am a former member of the ATLAS experiment at the Large Hadron Collider (LHC) at CERN, which is designed to observe the new phenomena that must occur.
New discoveries are not always found in the obvious places, and I have a special interest in exotic physics, e.g. leptoquarks, new forces, millicharged particles, extra timelike dimensions, variable constants. .... The more surprising a result, the more likely it is to be wrong, so my enthusiasm for exotic physics is moderated by a strong interests in experimental errors and monte carlo methods.
Teaching is meaningless if it doesn't help students learn, so I have a strong interest in Physics Education Research, especially in how to best help students learn the skills of a physicist.
Publications (from SLACSPIRES database)
ZEUS at DESY, SDC at SSC, ASTERIX at LEAR, and E531 at Fermilab.
Please contact me if you are interested in working one of my research or pedagogical projects.
My favourite example of why teaching matters is "The Amazing Miss A".
Last updated on 5 November 2014