University of New Hampshire
|Research specialty||Degree type|
(Final degree/Enroute to PhD)
|Condensed Matter Physics||Both||Both|
|High Energy Astrophysics and Gravitational Wave Astrophysics||Both||Both|
|High Energy Theory||Theoretical||Both|
Research on various aspects of thunderstorms, lightning, and their effects in the near-earth space environment, including electrical properties of thunderstorms, lightning physics, X-ray, gamma-ray and radio emissions from thunderstorms and lightning, transient luminous events (jets, sprites, etc.), ionospheric impact of thunderstorms and lightning; work also includes studies to understand electrical discharges due to conventional discharge or relativistic runaway processes. Observations include balloon and ground-based x-ray observations of thunderstorms and lightning, high-speed imaging of lightning and transient luminous events, and radio interferometer observations of lighting discharges.
Joseph Dwyer, Ningyu Liu
Condensed Matter Physics
Exploring topological aspects of both electronic and magnetic systems. Focused on low-dimensional transports, magnetization dynamics, and strong correlations.
High Energy Astrophysics and Gravitational Wave Astrophysics
Mergers of compact binaries containing black holes or neutron stars, gravitational-wave and electromagnetic signatures of binary mergers, r-process nucleosynthesis, accretion disks around supermassive black holes, numerical simulations in general relativity, and the heating and acceleration of jets.
Benjamin Chandran, Francois Foucart, Chanda Prescod-Weinstein
High Energy Physics
High energy and gravitational physics. String compactifications, astrophysical and cosmological consequences of string theory and other quantum gravity models, inflationary cosmology, dark matter, black hole physics and holography in modified gravitational theories.
Per Berglund, John Dawson, David Mattingly, Chanda Prescod-Weinstein
Space Plasma Theory
The research activities of Space Plasma Theory Group encompass a broad range of subfields, including theoretical plasma physics, solar and heliospheric physics, magnetospheric physics, and plasma astrophysics.
Benjamin Chandran, Terry Forbes, Kai Germaschewski, Joseph Hollweg, Philip Isenberg, Richard Kaufmann, Martin Lee, Noe Lugaz, Joachim Raeder, Bernard Vasquez
Research on various aspects of thunderstorms, lightning, and their effects in the near-earth space environment, including electrical properties of thunderstorms, lightning physics, X-ray and gamma-ray emissions from thunderstorms and lightning, transient luminous events (jets, sprites, etc.), ionospheric impact of thunderstorms and lightning; work has also included studies to understand electrical discharges due to conventional discharge or relativistic runaway processes.
Joseph Dwyer, Ningyu Liu
Condensed Matter Physics
Research involving scanning tunneling microscopy and electron spectroscopies, thin-film deposition, and high-resolution mass spectrometry to investigate electronic and structural properties of nanoscale materials.
Olof Echt, Shawna Hollen, James Krzanowski, David Lashmore, Karsten Pohl
Experimental Space Plasma
Investigations of the Earth's environment in the solar system looking at space as a laboratory for plasma physics; satellite and sounding rocket investigations of the solar-terrestrial radiation environment. Active satellite programs for which UNH has contributed hardware include Cluster, ACE, STEREO, IBEX, the Van Allen Probes, the FIREBIRD cubesat, the Magnetospheric Multiscale (MMS) mission, and GOES-16 and -17; upcoming missions for which UNH is building instruments include Solar Orbiter (launch 2020) and IMAP (launch 2024).
James Clemmons, Charles Farrugia, Antoinette Galvin, Chia-Lin Huang, Lynn Kistler, Harald Kucharek, Marc Lessard, Eberhard Möbius, Nathan Schwadron, Charles Smith, Harlan Spence, Roy Torbert
High Energy Astrophysics
Research involving high-energy radiations addressing a wide variety of astrophysical problems, including high-energy emissions from solar flares, gamma-ray bursts, x-ray binaries, and pulsars; studies are conducted using x-ray and gamma-ray detectors placed on suborbital balloon platforms and on orbital satellites (such as CGRO); work has also included the application of radiation detector technology to homeland security issues and studies of terrestrial gamma-ray flashes.
Peter Bloser, Joseph Dwyer, Fabian Kislat, Dacheng Lin, Ningyu Liu, Mark McConnell, James Ryan
Investigation of spin exchange optical pumping (SEOP) to identify new technologies for producing nuclear polarized gases and new applications of these gases as inhaled diagnostic tracers with magnetic resonance imaging.
F. Hersman, Iulian Ruset
Using electron- and photon-scattering experiments (conducted at various accelerator facilities, including the Jefferson Laboratory) to improve our understanding of the atomic nucleus.
William Brooks, John Calarco, Maurik Holtrop, Elena Long, Karl Slifer
Physics Education Research and Physics and Society
Research to determine how students learn and developing teaching methodologies to improve student learning. Research that uses gender; ethnic; and science, technology and society studies to understand physics culture and broaden participation in physics.
Dawn Meredith, Chanda Prescod-Weinstein
Research in high-energy space particle radiation,
including ions and electrons; space weather studies; measurements of cosmic ray and solar energetic particles, including detailed elemental and isotopic composition; work has included the High Energy Telescope (HET) for the Ulysses mission; currently have
two Energetic Heavy Ion Sensors (EHIS) in orbit on GOES-16 and -17, with two more EHIS's delivered for GOES-T and -U, and a spare flight instrument in-build; research also includes instrument development work in preparation for future space-flight opportunities.
James Connell, Clifford Lopate, R. Bruce McKibben