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5 results on '"Scarpitti, David"'

1. Metabolic impacts of winter tick infestations on calf moose

Author

Musante, Anthony R., Pekins, Peter J., and Scarpitti, David L.

Subjects
Anemia, General interest, News, opinion and commentary
Abstract

ABSTRACT: Moose (Alces alces) are susceptible to late winter mortality from infestation of winter ticks (Dermacentor albipictus) throughout much of North America. Calves, perhaps more so than other ages of [...]

Published
2007

2. Characteristics of neonatal moose habitat in northern New Hampshire

Author

Scarpitti, David L., Pekins, Peter J., and Musante, Anthony R.

Subjects
Infants (Newborn), General interest, News, opinion and commentary
Abstract

ABSTRACT: Habitat use by parturient moose (Alces alces) may have important implications for calf survival and subsequently influence population dynamics. Because neonatal habitat may be limiting or specialized and little [...]

Published
2007

3. Integrating habitat use and population dynamics of moose in northern New Hampshire

Author

Scarpitti, David, Habeck, Christopher, Musante, Anthony R., and Pekins, Peter J.

Subjects
General interest, News, opinion and commentary, University of New Hampshire
Abstract

ABSTRACT: The New Hampshire Fish and Game Department and the University of New Hampshire initiated research in northern New Hampshire to better understand population dynamics and seasonal habitat use of [...]

Published
2005

5. Temperature-dependent binding energies for bottomonium in a collision-produced quark-gluon plasma

Author

Scarpitti, David Nicholas

Subjects
Physics, Particle Physics, High Temperature Physics, bottomonium, quark-gluon plasma, heavy-ion collision, finite-difference time-domain, binding energy, quarkonium, upsilon meson, quantum mechanics
Abstract

I discuss the historical and physical significance of bottomonium suppression in heavy ion collision-produced quark-gluon plasma. I use a computational technique, the finite-difference time-domain method, to solve the Schrodinger equation for a complex valued potential and obtain collision temperature-dependence of bottomonium's binding energy. Along the way, I review fundamentals of quantum theory, I present a 1-dimensional algorithm for the finite-difference time-domain method, and I test outputs of that algorithm by comparing them with known analytic solutions of the Schrodinger equation for a simple potential.

Published
2016

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