Matthew Enjalran

Matthew Enjalran is Professor of Physics at Southern Connecticut State University, a position he has held since fall 2003. In addition to teaching across the undergraduate and graduate physics curriculum, he maintains an active research program in theoretical condensed-matter physics focused on strongly correlated and geometrically frustrated systems.

Education & Background:
While explicit degree details are not provided, the profile notes that Dr. Enjalran arrived at SCSU with prior experience in the private sector and secondary education, bringing a broad perspective to his academic role.

Research Interests:
Dr. Enjalran’s work centers on theoretical condensed-matter physics, particularly strongly correlated electron systems and frustrated magnetism. He investigates emergent phenomena in spin-ice materials, Hubbard-model realizations on geometrically frustrated lattices (kagome, pyrochlore, triangular), and the quantum phase transitions that arise from competing interactions. A signature theme is the development of advanced numerical techniques—such as extensions of the Thouless–Anderson–Palmer method and Monte Carlo algorithms—to go beyond conventional mean-field treatments.

Publication & Dissemination Trends:
Across more than a decade of output, his articles consistently target the intersection of geometric frustration, magnetism, and strongly correlated electrons. Key contributions include studies of Dy₂Ti₂O₇ spin ice, fluctuation-driven selection of multi-k order on the pyrochlore lattice, and metal–insulator transitions in the anisotropic Hubbard model. The body of work is published in high-impact journals such as Physical Review B and Physical Review Letters, and is regularly presented at premier venues including the American Physical Society March Meeting and the International Conference on Highly Frustrated Magnetism.

Grants & Funding:

• Nanotechnology Industry Academic Fellowship Program – Co-PI with C. C. Broadbridge & T. C. Schwendemann, Werth Family Foundation (2014-2024)
• Going beyond mean-field theory in frustrated magnetism with the extended-TAP method – Principal Investigator, SCSU internal grant, $2,500 (2017-2018)
• Development of Monte Carlo methods to study many-body models of magnetism – PI, Connecticut State University System, $3,550 (2014-2015)
• A mean-field study of magnetic and charge correlations of electrons on the kagome lattice – PI, SCSU internal grant, $2,500 (2013-2014)
• Center For Research On Innovative Structure and Phenomena (CRISP) – Supporting Team Member, National Science Foundation (2012-2013)
• Numerical studies of correlated electrons in confined geometries – PI, SCSU internal grant, $2,500 (2011-2012)
• Theoretical investigations of interacting electrons on a triangular lattice – PI, Connecticut State University System, $4,750 (2011-2012)
• A study of geometric frustration in the two-dimensional Hubbard model – PI, multi-year internal award (2006-2010)

Laboratory & Team Environment:
While no dedicated laboratory name is listed, Dr. Enjalran’s research is conducted within the Department of Physics at Southern Connecticut State University. He collaborates extensively with national and international colleagues, as evidenced by multi-author publications and joint conference presentations, and mentors both undergraduate and master’s students in theoretical and computational projects.