Spiral inside spiral inside spiral…and ejections of gases, stars and star clusters driven by the spiral wheel which ejects and accretes at the same time

The idea that the force of gravity is behind the creation of structures in the universe and it holds its sway in all cosmic scales have led to the models which foresee the presence of supermassive black-holes at the centres of all galaxies. Intense emissions from optical to x-rays have been attributed to the presence of a black hole hiding at the centre of our Milky Way galaxy too. In contradiction to the behaviour of a black hole star-forming gases, massive stars and star clusters are seen being ejected from the centre. The x-ray emissions, which were once believed to be caused by the heating of the infalling matter towards the black hole, are certainly caused by the winds blowing from massive young stars filling the central area.

A radio emitting spot called SgrA* has been predicted to be the hiding place of the black-hole. This position is encoiled inside the upper arm of a micro-spiral which exists at the centre of the galaxy that lies about a light-month south of SgrA*. The arms emerging from this tiny spiral cause the formations of bigger spiral arms at the scale of light years. This bigger spiral, in turn, gives rise to even bigger spiral in the scale of tens of light years, which again gives rise to even larger spiral arms in the scales of hundress and thousands and tens of thousands light years. The galaxy is built as a “Russian doll”. In each scale, the spiral ejects and accretes at the same time. This seems to be characteristic of all structures in the universe.

It is not possible to understand this phenomenon with a model, which is based on the preponderance of the force of gravity. Magnetic fields which exist in the galaxies are certainly involved in this dynamic. The star cluster IRS 16, which is ejected from the centre, is tied with a helical chord with the ejection mouth. It indicates the connection of the birth of the star cluster with an extremely strong helical magnetic field.

Here we present some images describing the activities at the centre.

Instead of a black hole

destroying and devouring

nearby stars, new stars

are created at the Galactic

Centre. It is a birth place for

very massive stars and

star clusters like IRS 16 and

IRS 13 for example.