added Andrew, removed Chris to Research page

research.html

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 <b>Monahan's</b> work uses lattice QCD to study the <b>internal structure
 of hadrons, their weak interactions and in searches for new physics at
 the precision frontier</b>. One strand of his research focuses on how
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 In addition, Monahan's research interests include the close interplay between the quantum field theory techniques used in lattice QCD and statistical physics, which describes the behavior of large systems of particles. In particular, Monahan studies thermal Casimir effects in fluids, which are the statistical analog of the famous electromagnetic Casimir force between two conducting plates.
 
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+<b>Jackura's</b> research program focuses on the study of <b>few-body nuclear and particle reactions</b> to probe the emergence of the excited hadron spectrum from QCD. The program uses tools and techniques from both lattice QCD and reaction theory to construct a pipeline from first principles calculations of hadrons from QCD dynamics to their scattering amplitudes. </br>
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+Jackura's work includes developing theoretical frameworks for amplitude analyses, phenomenological studies of hadronic production processes, and numerical calculations using lattice QCD. At the forefront of this program is the investigation of the relativistic quantum three-body problem and the study of electroweak probes of hadronic systems. </br>
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+Jackura is a member of the <b><a href="https://www.hadspec.org">hadspec collaboration</a></b>, a group specializing in using high-performance super computers to study hadron reactions and QCD spectroscopy. He is also a member of <b><a href="https://www.exohad.org">ExoHad</a></b>, a collaboration which explores all aspects of exotic hadron physics, and <b><a href="https://www.jpac-physics.org">JPAC</a></b> -- a group of theorists, phenomenologists, and experimentalists who work together to provide analysis tools for hadron spectroscopy.
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