Do Massive Twin Quasar Jets Condense into separate Spiral Galaxies?

Question

I was looking at a quasar, radio image of “Cygnus A”.

Do the massive twin quasar jets condense into two separate galaxies?

Do the average twin quasar jet emissions, plasma, condense, turn into nebula, turn into spiral arms, moment of inertia, like the Milky Way?

Concerning galaxy formation:

Can the average twin quasar jet emissions condense into two spirals? First, look at the quasar(s). Second, look at galaxy-Sc Third, look at galaxy-Sb Forth, look at galaxy-Sa

The creation of the universe, computer simulations, do not entail: quasars were more common in the early universe; isolated galaxies, supernova, galaxies that have merged, and quasar jets that have disrupted galaxies etc.

Google “Cygnus A”

Search “http://en.wikipedia.org/wiki/Galaxy” Then go to Contents 4 “Types and morphology”.

Answer 1

Have a look at this

http://en.wikipedia.org/wiki/Astrophysical_jet

I doubt if a jet can eventually settle down to a spiral galaxy.

1. It needs to get rid of it's velocity, otherwise it will spread out rather than clump together;
2. It needs to form atoms, which an electron ion jet cannot do;
3. It needs to accumulate extra matter, a lot of it (and it's moving very very fast so that's iffy); and
4. Apparently, if does manage the above three things, to stay a spiral over a long time, it may also need a dark matter halo.

There are computer simulations of the early universe, programs designed for two main reasons:

1. To check our theoretical understanding of the experimental results of the cosmic microwave radiation; and
2. To try to understand the possible role of dark matter in the formation of the early universe.