# Roxanne P. Springer

## Professor of Physics

### Overview

Prof. Roxanne Springer works on weak interactions (the force responsible for nuclear beta decay) and quantum chromodynamics (QCD, the force that binds quarks into hadrons). The weak interactions are an excellent place to look for fundamental symmetry violations which may occur in nature, while the study of QCD is necessary for understanding protons, neutrons, and their partner particles. Dr. Springer uses effective theories involving these forces to study processes in both nuclear and particle physics.

### Selected Grants

Lattice and Effective Field Theory Studies of Quantum Chromodynamics awarded by Department of Energy (Principal Investigator). 2005 to 2019

Quantum Chromodynamics and Nuclear Physics at Extreme Energy Density awarded by Department of Energy (Co-Principal Investigator). 1995 to 2005

(98-0373) POWRE Visiting Professorship: The Physics of Strangeness awarded by Division of Human Resource Development (Principal Investigator). 1998 to 1999

(95-0870) Quantum Chromodynamics and Nuclear Physics at Extreme Energy Density awarded by Department of Energy (Co-Principal Investigator). 1995 to 1998

(97-0082) Quantum Chromodynamics and Nuclear Physics at Extreme Energy Density awarded by Office of Energy Research (Co-Principal Investigator). 1995 to 1998

(98-0087) Quantum Chromodynamics and Nuclear Physics at Extreme Energy Density awarded by Office of Energy Research (Co-Principal Investigator). 1995 to 1998

(93-0146) Nuclear Physics at Extreme Energy Density awarded by Department of Energy (Co-Principal Investigator). 1992 to 1995

(92-0798) Nuclear Physics at Extreme Energy Density awarded by Department of Energy (Co-Principal Investigator). 1990 to 1995

(94-0166) Nuclear Physics at Extreme Energy Density and Quantum Chromodynamics awarded by Department of Energy (Co-Principal Investigator). 1990 to 1995

(95-0092) Quantum Chromodynamics and Nuclear Physics at Extreme Energy Density awarded by Department of Energy (Co-Principal Investigator). 1990 to 1995

Margaryan, A, Springer, RP, and Vanasse, J. "scattering and the puzzle to next-to-next-to-next-to-leading order." *Physical Review C* 93.5 (May 2016).
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Schindler, MR, Springer, RP, and Vanasse, J. "Large- limit reduces the number of independent few-body parity-violating low-energy constants in pionless effective field theory." *Physical Review C* 93.2 (February 2016).
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Vanasse, J, Egolf, DA, Kerin, J, König, S, and Springer, RP. "and scattering to next-to-leading order in pionless effective field theory." *Physical Review C* 89.6 (June 2014).
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Schindler, MR, and Springer, RP. "The theory of parity violation in few-nucleon systems." *PROGRESS IN PARTICLE AND NUCLEAR PHYSICS* 72 (September 2013): 1-43.
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Margaryan, A, and Springer, RP. "Using the decay psi (4160) -> X(3872) gamma to probe the molecular content of the X(3872)." *PHYSICAL REVIEW D* 88.1 (July 15, 2013).
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Griesshammer, HW, Schindler, MR, and Springer, RP. "Parity-violating neutron spin rotation in hydrogen and deuterium." *EUROPEAN PHYSICAL JOURNAL A* 48.1 (January 2012).
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Mehen, T, and Springer, R. "Radiative decays X(3872)→ψ(2S)γ and ψ(4040)→X(3872) γ in effective field theory." *Physical Review D - Particles, Fields, Gravitation and Cosmology* 83.9 (2011).
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Mehen, T, and Springer, R. "Radiative Decays X(3872)->psi(2S) gamma and psi(4040) ->X(3872) gamma." *Phys. Rev. D* 83 (January 1, 2011): 094009-. (Academic Article)

Mehen, T, and Springer, R. "X(3872) -> psi(2S) gamma and psi(4040) -> X(3872) gamma." *Phys Rev D83 094009* (2011). (Academic Article)

Schindler, MR, and Springer, RP. "Two parity-violating asymmetries from np → dγ in pionless effective field theories." *Nuclear Physics A* 846.1-4 (2010): 51-62.
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## Pages

Margaryan, A, Vanasse, J, and Springer, R. "Non-relativistic Neutron Deuteron Scattering." 2016. Full Text

Springer, RP, Phillips, DR, and Schindler, MJ. "Parity Violation in the NN System." 2009. Full Text