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6 papers · 1 filter
Can Streamer Blobs prevent the Buildup of the Interplanetetary Magnetic Field?
M. K. van Aalst, P. C. H. Martens, A. J. C. Beliën
Coronal Mass Ejections continuously drag closed magnetic field lines away from the Sun, adding new flux to the interplanetary magnetic field (IMF). We propose that the outward-movi…
Superfluid Friction and Late-time Thermal Evolution of Neutron Stars
Michelle B. Larson, Bennett Link
The recent temperature measurements of the two older isolated neutron stars PSR 1929+10 and PSR 0950+08 (ages of and yr, respectively) indicate that t…
Low Frequency Gravitational Waves from Black Hole MACHO Binaries
William A. Hiscock
Nakamura, Sasaki, Tanaka, and Thorne have recently estimated the initial distribution of binary MACHOs in the galactic halo assuming that the MACHOs are primordial half solar mass…
Axion Mass Limits from Cooling Neutron Stars
Hideyuki Umeda, Naoki Iwamoto, Sachiko Tsuruta +2
The thermal evolution of a neutron star is studied by including the energy loss due to axion emission. Two axion models and three types of neutron-star matter equation of state are…
Starquake-induced Magnetic Field and Torque Evolution in Neutron Stars
Bennett Link, Lucia M. Franco, Richard I. Epstein
The persistent increases in spin-down rate offsets seen to accompany glitches in the Crab and other pulsars suggest increases in the spin-down torque. We interpret these offsets as…
Evaporation of a Kerr black hole by emission of scalar and higher spin particles
Brett E. Taylor, Chris M. Chambers, William A. Hiscock
We study the evolution of an evaporating rotating black hole, described by the Kerr metric, which is emitting either solely massless scalar particles or a mixture of massless scala…