In classical physics it is assumed that galaxies obtained their rotation at time of big bang creation. However, researchers in the 1990's established that galactic clusters could be formed by a strong magnetising field which is surely producing their spiral spins.

In classical physics it is assumed that galaxies obtained their rotation at time of big bang creation. However, researchers in the 1990's established that galactic clusters could be formed by a strong magnetising field which is surely producing their spiral spins.

 

I think the general ideas is that there is a conservation of angular momentum which when large clouds condense down to small objects manifests in the common spiral shape.

 

I would be very surprised if just the magnetic field could cause this action or can create galactic clusters

In classical physics it is assumed that galaxies obtained their rotation at time of big bang creation.

 

Is it? Why do they all have different rotations?

 

However, researchers in the 1990's established that galactic clusters could be formed by a strong magnetising field

 

Can you provide a reference to this research?

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Moderator Note

Absent any supporting citations, I am assuming this is some combination of speculation and misinterpretation on your part. Moved.