Research Staff
Dick Loveless
Position title: Emeritus
Email: loveless@hep.wisc.edu
Phone: (608) 262-4767
Websites: High Energy Physics, CMS
Miriam R Marino
Position title: Nasa Fellow
Email: marino6@wisc.edu
Website: Space Physics: X-ray astronomy
Karsten McCollam
Position title: Scientist
Email: kmccollam@wisc.edu
Phone: (608) 265-3043
Website: Plasma Physics
Tingyu Meng
Position title: Research Assistant
Email: tmeng24@wisc.edu
Websites: Brar Lab, Condensed Matter Experiment
Edwin J Mierkiewicz
Position title: Honorary Fellow
Email: emierk@astro.wisc.edu
Phone: (608) 262-1152
Websites: Home Page, Astrophysics
Alessandro Mininno
Position title: Research Associate
Email: amininno@wisc.edu
Website: Home Page
Research Interests: String Theory, String Phenomenology, Superconformal Field Theories in various dimensions.

I am Alessandro Mininno, an Italian postDoc researcher, here at UW-Madison. I did my Bachelor and my Master at the University of Trieste, and I completed my studies with a PhD in Theoretical High Energy Physics at the Institute of Theoretical Physics in Madrid.
In the context of String Phenomenology, I am mainly interested in the so-called Swampland Program, aimed to find constraints that any Effective Field Theory coupled to gravity must satisfy in order to be compatible with Quantum Gravity. Most of the time, such constraints are expressed in terms of conjecture, and I focus on various versions of Weak Gravity Conjecture that, together with my collaborators, we tested in different set-ups, such as type-II / F-theory and M-theory compactifications. I am also interested in formal aspects of String compactifications, such study of supersymmetric vacua with minimal supersymmetry. My other research interest are Argyres-Douglas Theories, and their compactifications in 3d. In the past years, we studied generalized global symmetries of these theories, such as 1-form and 2-group symmetries, as well as non-invertible symmetries.
Ajit K Mohapatra
Position title: Researcher
Email: ajit@hep.wisc.edu
Phone: (608) 263-0545
Website: High Energy Physics