Magnetic field generation and evolution in celestial bodies—the subject matter of the theory
of the dynamo—held Ya B Zeldovich's interest for years. Over the time since then, the study …

Вопрос о возникновении и последующей эволюции магнитных полей небесных тел,
составляющий предмет теории динамо, интересовал ЯБ Зельдовича многие годы. За …

We demonstrate that the current helicity observed in solar active regions traces the magnetic
helicity of the large-scale dynamo generated field. We use an advanced two-dimensional …

In what is famously known as the solar activity cycle, every $11\{\text {years}} $ a wave from
a quasistationary magnetic field propagates in the solar convective zone from the middle …

To investigate the characteristics of large-scale and long-term evolution of magnetic helicity
with solar cycles, we use the method of Local Correlation Tracking to estimate the magnetic …

Observations of proxies of the magnetic helicity in the Sun over the past two solar cycles
revealed reversals of the helicity hemispheric sign rule (negative in the North and positive in …

Solar physics is a fundamental branch of astrophysics, which has a long history. People
have noticed the activity of the sun for a long time. For example, as early as 3000 years ago …

Observations of magnetic helicity transportation through the solar photosphere reflect the
interaction of turbulent plasma movements and magnetic fields in the solar dynamo process …

The transfer of magnetic chirality in solar active regions is related to the emerging magnetic
flux ropes generated in the subatmosphere. This analysis has been presented based on the …

The magnetic chirality in the solar atmosphere has been studied based on soft X-ray and
magnetic field observations. It is found that some of the large-scale twisted soft X-ray loop …