Geyser potency of Pluto and Cheron by internal zpe energy sources.

Icy Kuiper belt objects (Pluto and Cheron) have potential Geysers activity just like Enceladus (below) or Triton.     According to Quantum FFF theory this should be explained by the ZPE energy production of water and heat of internal crashed comet nuclei, just as is assumed to be active in the earth and as sunspots in the sun.
Pluto’s icy mountains (hight 3500 m. above) are evidence for geological activity possibly driven by internal internal energy sources.
http://www.astrobio.net/news-exclusive/pluto-charon-could-spout-icy-plumes

http://www.dailygalaxy.com/my_weblog/2015/07/nasa-pluto-could-have-astrobiological-potential-todays-most-popular.html#more" rel="nofollow">www.dailygalaxy.com/my_weblog/2015/07/nasa-pluto-could-ha

Why small and Large merger galaxies react with different star formation potential

Smaller galaxies are equipped with a smaller cloud of smaller dark matter Galaxy Anchor Black Holes (GABHs).  Smaller Merger GABHs will find their place in the center of the larger galaxy between central GABHs of comparable size with less star formation potential due to less Herbig Haro forming postetial. (according to the dark matter black hole hierarchy of Quantum FFF theory)
see also: 
https://www.flickr.com/photos/93308747@N05/17216711321/in/dateposted-public/

Looking at the details is important also in cosmology.

Galaxy Anchor Dark Matter Black Holes around SDSS J1531 3414.

Mystery of the “super string of young stars” around  two central merging giant ellipticals in the cluster SDSS J1531+3414 solved by the merging and stabilisation into multiple new star forming Herbig Haro systems of both Galaxy Cluster Anchor Black Holes (GABHs) systems.(now in more detail). (according to Quantum FFF theory)

see: THIS 

http://arxiv.org/pdf/1407.2266v2.pdf   

At Last Galaxy Anchor Dark Matter Black Holes found around Centaurus A.

Dark Matter Point sources around the Milky Way compared to Centaurus A.!!

Breaking News.

http://www.sciencedaily.com/releases/2015/05/150513083725.htm

Bok Nebula ESO 9934 IR : too small dual electric dark matter black hole system to produce stars?

Bok Nebula  ESO 9934 IR images: too small dual electric dark matter black hole system to produce stars? see: http://vixra.org/abs/1505.0101

The aligned stellar strings observed here,  could be an indication for the influence of a Herbig Haro system based on so called  Stellar Anchor Black Holes (SABH) . There seems to be a  gravity pull on newly formed starry globules out of the “mother” starry globule, according to Quantum FFF theory.
However the Eso dust measurements of the whole  cloud indicate, that there is only matter enough for 3 stars (solar size)..  Suggestion, according to Q-FFF Theory the  undersized SABHs produce plasma and electric currents, for accelerated star formation. However, these SABHs are supposed to be too small for real star formation and consequently only able to produce so called failed stars or potential planets .

Bok Nebula  ESO 9934 with indication for a Herbig Haro dual Micro Black Hole system inside.   According to Quantum FFF Theory star spots are micro Black Holes. After stellar explosions these starspot black holes will search for companions and for dual BH systems just as is found for macro Herbig Haro systems.

Two aligned rows of IR point sources (A) are observed,  starting from the central white hole (B) located between the Herbig Haro Black Holes (C) 

The size of the dual BHs is assumed to be responsible for the lack of real star formation.

Conclusion, this system of dual Electric Dark Matter Black Holes can be called a micro Herbig Haro system which is too small for star production but too large to become a comet such multi-black hole based  

Comet 67P. see: http://www.aanda.org/articles/aa/pdf/2012/11/aa19139-12.pdf