The Sun’s outer coronal layer exists at a temperature of millions of kelvins, much hotter than the solar surface we observe. How this high temperature is maintained and what energy sources are involved continue to puzzle and fascinate solar researchers. Recently, the Hinode spacecraft was launched to observe and measure the plasma properties of the Sun’s outer layers. The data collected by Hinode reveal much about the role of magnetic field interactions and how plasma waves might transport energy to the corona. These results open a new era in high-resolution observation of the Sun
The steady, supersonic outflow from the Sun we call the solar wind was first posited in the 1950s an...
International audienceOne of the driving objectives behind the Parker Solar Probe mission is to cros...
Magnetohydrodynamic (MHD) waves play an important role in the solar atmosphere both directly (or int...
The Sun’s outer coronal layer exists at a temperature of millions of kelvins, much hotter than the s...
Absorption of Alfvén waves is considered to be the main mechanism of heating in the solar corona. It...
IAU Symposium 247 addresses the latest discoveries on magnetic waves and oscillations, observed rece...
Many scientific theories have been proposed in the hopes of better understanding the coronal heating...
The grant funded a three year project to investigate the role of Alfvén waves as a possible mechanis...
The details of the mechanism(s) responsible for the observed heating and dynamics of the solar atmos...
Alfven wave dissipation is the primary physical process that underlies a leading theoretical model o...
Researchers led by Steve Tomczyk of the National Center for Atmospheric Research (NCAR) have have ob...
How do magnetohydrodynamic waves travel from the fully ionized corona, into and through the underlyi...
It is assumed that the magnetic flux tubes are strongly concentrated at the boundaries of the superg...
The discovery of ubiquitous low-frequency (3-5mHz) Alfvénic waves in the solar chromosphere (with H...
Alfvén waves are considered to be viable transporters of the non-thermal energy required to heat th...
The steady, supersonic outflow from the Sun we call the solar wind was first posited in the 1950s an...
International audienceOne of the driving objectives behind the Parker Solar Probe mission is to cros...
Magnetohydrodynamic (MHD) waves play an important role in the solar atmosphere both directly (or int...
The Sun’s outer coronal layer exists at a temperature of millions of kelvins, much hotter than the s...
Absorption of Alfvén waves is considered to be the main mechanism of heating in the solar corona. It...
IAU Symposium 247 addresses the latest discoveries on magnetic waves and oscillations, observed rece...
Many scientific theories have been proposed in the hopes of better understanding the coronal heating...
The grant funded a three year project to investigate the role of Alfvén waves as a possible mechanis...
The details of the mechanism(s) responsible for the observed heating and dynamics of the solar atmos...
Alfven wave dissipation is the primary physical process that underlies a leading theoretical model o...
Researchers led by Steve Tomczyk of the National Center for Atmospheric Research (NCAR) have have ob...
How do magnetohydrodynamic waves travel from the fully ionized corona, into and through the underlyi...
It is assumed that the magnetic flux tubes are strongly concentrated at the boundaries of the superg...
The discovery of ubiquitous low-frequency (3-5mHz) Alfvénic waves in the solar chromosphere (with H...
Alfvén waves are considered to be viable transporters of the non-thermal energy required to heat th...
The steady, supersonic outflow from the Sun we call the solar wind was first posited in the 1950s an...
International audienceOne of the driving objectives behind the Parker Solar Probe mission is to cros...
Magnetohydrodynamic (MHD) waves play an important role in the solar atmosphere both directly (or int...