Add to ORKGWhen a large bundle of magnetic field lines breaks through the Suns surface, a sunspot can form. Sometimes, a smaller spot will emerge nearby, creating a magnetically complex region where particles are energized and then violently expelled. Supercomputer models show that rearranging magnetic field lines enables this process. Educational levels: Undergraduate lower division, Undergraduate upper division, Graduate or professional
This lecture summarises how our understanding of many aspects of the Sun has been revolutionised ove...
Solar flares are closely associated with magnetic activity on the surface of the Sun. They typically...
International audienceWe present a three-dimensional numerical model for the generation and evolutio...
By performing various activities to model the magnetic fields around the sun, students will gain an ...
Abstract. Sunspots, seen as cool regions on the surface of the Sun, are a thermal phenomenon. Sunspo...
Spontaneous formation of self-organized magnetic structures, such as sunspots and pores, is one of i...
A dynamo is a mechanism for a star or planet to create magnetic field. One type of solar dynamo is t...
Ph.D. University of Hawaii at Manoa 2011.Includes bibliographical references.This dissertation focus...
This lesson presents an overview of phenomena related to the magnetism of the Sun, in particular to ...
In this activity, students explore the size and shape of the magnetosphere and how long it takes var...
More than 99 % of the material in the Universe exists in the plasma state|often called the fourth st...
Human beings have observed dark spots on the surface of the sun for centuries, yet we have only com...
The generation of magnetic flux in the solar interior and its transport from the convection zone int...
Sunspots are of basic interest in the study of the Sun. Their relevance ranges from them being an ac...
Magnetic flux emergence as the mechanism leading to the formation of magnetized structures in the so...
This lecture summarises how our understanding of many aspects of the Sun has been revolutionised ove...
Solar flares are closely associated with magnetic activity on the surface of the Sun. They typically...
International audienceWe present a three-dimensional numerical model for the generation and evolutio...
By performing various activities to model the magnetic fields around the sun, students will gain an ...
Abstract. Sunspots, seen as cool regions on the surface of the Sun, are a thermal phenomenon. Sunspo...
Spontaneous formation of self-organized magnetic structures, such as sunspots and pores, is one of i...
A dynamo is a mechanism for a star or planet to create magnetic field. One type of solar dynamo is t...
Ph.D. University of Hawaii at Manoa 2011.Includes bibliographical references.This dissertation focus...
This lesson presents an overview of phenomena related to the magnetism of the Sun, in particular to ...
In this activity, students explore the size and shape of the magnetosphere and how long it takes var...
More than 99 % of the material in the Universe exists in the plasma state|often called the fourth st...
Human beings have observed dark spots on the surface of the sun for centuries, yet we have only com...
The generation of magnetic flux in the solar interior and its transport from the convection zone int...
Sunspots are of basic interest in the study of the Sun. Their relevance ranges from them being an ac...
Magnetic flux emergence as the mechanism leading to the formation of magnetized structures in the so...
This lecture summarises how our understanding of many aspects of the Sun has been revolutionised ove...
Solar flares are closely associated with magnetic activity on the surface of the Sun. They typically...
International audienceWe present a three-dimensional numerical model for the generation and evolutio...