Friday, May 20, 2022

Corona

Unraveling the dynamics of the solar corona

It can also give a clear picture of the characteristics of CMEs and make their study easier.

ISRO used MOM to study solar corona

A unique opportunity to study solar dynamics.

Scientists solved a 2-decades old paradox in solar physics

Opening up a new window for exploring the elusive magnetic fields of the solar chromosphere.

Which way does the solar wind blow?

Using supercomputers, researchers develop new software for improved space weather prediction.

Supermassive black holes devour gas just like smaller, stellar-mass black holes

Regardless of size, all black holes experience similar accretion cycles, a new study finds.

Scientists located the source of hazardous high-energy particles in the sun

The study also confirms that the plasma is held down in the Sun's atmosphere by strong magnetic fields.

Magnetic waves explain the mystery of the Sun’s corona

This discovery generated what is one of the long-standing open questions in astrophysics.

A new view of small sun structures

New insight into the solar structures that create the Sun’s flow of high-speed solar wind.

Scientists have captured the full lifecycle of a putative nanoflare

This may be the first complete observation of a Nanoflare.

The study offers clues on what makes the sun’s atmosphere so hot

Scientists get the lowdown on sun’s super-hot atmosphere.

Coronal mass ejections (CMEs) could be more extreme than previously thought

Solar storms could be more extreme if they ‘slipstream’ behind each other.

First-ever clear images of nanojets

IRIS eyes Nanojets.

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