Dr. Jackiewicz is a researcher in the field of solar physics. He studies
helioseismology, which involves using solar surface oscillations (sunquakes) to probe the Sun
and determine its internal structure and dynamics. His work employs a
combination of high-resolution mostly space-based observations, rigorous local helioseismology
techniques, large-scale numerical simulations, and quantitative analysis of
synoptic maps of subsurface solar properties. His primary goals are to
address the root causes of solar magnetic activity and quantitatively
establish physical relationships between subsurface properties and the
magnetic activity observed in the solar chromosphere and corona.
Dr. Jackiewicz is working with second-year graduate student
Michael Kirk on a
variety of interesting questions in solar astronomy.
Dr. Jackiewicz is teaching a graduate course on Solar Astrophysics, ASTR 698, for the fall semester, 2009.
Selected Publications ...
Fermi-Liquid behavior and Luttinger's theorem close to a diverging scattering length
S. Gaudio, J. Jackiewicz, K.S. Bedell 2009, Philosophical Magazine, 89, 1823.
Time distance helioseismology of sunspots: A case study of NOAA Region 9787
2008, Space Science Reviews, 14, 249.
The forward and inverse problems in time-distance helioseismology
J. Jackiewicz, L. Gizon, & A.C. Birch 2008, Journal of Physics: Conference Series, 118, 012033
High-resolution Mapping of Flows in the Solar Interior: Fully Consistent OLA
Inversion of Helioseismic Travel Times
J. Jackiewicz, L. Gizon, & A. C. Birch 2008, Solar Physics, 4, 66
Time-distance Helioseismology; Sensitivity of f-mode Travel Times to Flows
J. Jackiewicz, L. Gizon, A. C. Birch, & T. L. Duvall Jr. 2007, ApJ, 671, 1051
A Procedure for the Inversion of f-Mode Travel Times for Solar Flows
J. Jackiewicz, L. Gizon, A. C. Birch, & M. J. Thompson 2007, Astronomische Nachrichten, 328, 324
Quantum Fluctuation Driven First-order Phase Transition in Ferromagnetic Metals
J. Jackiewicz & K. S. Bedell 2005, Philosophical Magazine, 85-16, 1755
