We have discovered small whirlpools in the Sun, with a size similar to the terrestrial hurricanes (<0.5 Mm). The theory of solar convection predicts them, but...
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TalkConvectively driven vortex flows in the Sun
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PublicationInstability and eruption of magnetic flux tubes in the solar convection zone
We present a consistent model of storage, instability and dynamical eruption of magnetic flux tubes in the solar convection zone and underlying overshoot region...
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PublicationPhase difference between irradiance and velocity in low degree solar p-modes
Phase differences between irradiance and full-disk velocity variations are derived for l = 0, 1, and 2 modes with order ranging from 11 up to 30 (1.8-4.3 mHz)...
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PublicationQuantum statistical corrections on the enhancement factor in solar fusion reactions
The enhancement factor to the thermonuclear reaction rate in the center of the Sun is calculated using the Feynman-Kac path integral of the grand-canonical...
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TalkQuiet Sun magnetism and Alfven waves as observed with Hinode
The magnetic landscape of the polar region (Tsuneta et al, 2008) is characterized by vertical kilogauss patches with super-equipartition field strength, a...
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PublicationRapid rotation of the solar interior
Evidence for the rapid internal rotation of the sun obtained from Doppler shift measurements of the Fraunhofer absorption lines is reported. An improved version...
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PublicationSecular variations in the spectrum of solar p-modes
The solar p-mode spectrum of very low l is measured with high accuracy for a long enough period of time so as to allow the search for solar cycle variations. In...
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PublicationSolar Interior: Emerging Magnetic Flux Tubes
The magnetic field observed in the photosphere and at higher levels of the solar atmosphere is generated in the convective envelope that extends along the first...
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PublicationSolar oscillations as seen in the NaI and KI absorption lines
Data on the solar p modes observed simultaneously in the solar NaI and KI absorption lines were obtained in 1985 by operating two independent resonant...