The black hole concerned in this instance is at the heart of the Milky Way galaxy, our very own. At http://phys.org/print385979471.html ... we are told that at the heart of the Milky Way there is a supermassive black hole - which is quiet. However, it is faint - probably because it is not accreting material, unlike some way out in the universe which have been captured on modern telescopes. It is also faint, we are told, because it is shrouded in dust and clouds of gas.
Sugars in meteorites - go to http://phys.org/print385786331.html ... a paper published in PNAS (June 2016) has been looking at carbonaceous meteorites - so called chemical time capsules. It is assumed they formed at the beginning of the universe (following Big Bang). Researchers from NASA have analysed sugar acids and sugar alcahols in meteorites. The paper describes the research and its conclusions
A real life expanding planet has been found - who says an expanding earth is out of the question? Go to http://phys.org/print385792115.html ... Expanding planets have been known about by astronomers for nearly 20 years (but nobody seems to have told the geologists). What causes them to expand is a mystery. The planet in question appears to be a giant gas type similar, shall we say, to Jupiter. Can gas giants expand but rocky ones not so?
At http://phys.org/print385385980.html ... a paper in the Notices of the Royal Astronomical Society (Oxford University Press, June 2016) concerns a simulation of the powerful jets ejected by supermassive black holes at the centre of large galaxies. Some 10 per cent of galaxies (assumed to have black holes) have jets of gas spouting in the opposite direction from the core. Hot ionised gas (plasma) is propelled outwards 'by the twisting magnetic fields of the rotating black hole.' You may note that streams of plasma coming from the Sun are produced within the Sun, a star.
In the June 2016 issue of Scientific American Daniel Kasen of the Lawrence Berkeley National Laboratory has focused on developing new theoretical and computer models to explain the various types of supernovae.
At last, a black hole observed feeding - apparently. That is the headline at http://phys.org/print384608570.html ... which is presumably derived from the press release. For the first time astronomers have detected clouds of 'cold'gas streaming towards a black hole at the centre of a galaxy (as mainstream theory portrays). However, we may also note the cloud of gas is still 150 light years away from the lip of the said black hole - and it is only assumed the cloud of gas will be consumed by the black hole (as that is what the mainstream theory insists).
At http://phys.org/print384506247.html ... galaxies are moving away faster than expected. This is what we learnt a week ago. The question is - what is driving the expansion? Dark matter is one possibility, or dark energy, dark radiation and dark gravity. Apparently, we have dark speculation. No observation is perfect and therefore it is likely that miscalculation lies at the heart of the mystery.
At http://phys.org/print384501180.html .. a mysterious ring of celestial microwaves, a giant celestial structure are some ways to describe a circular formation covering one third of the sky - possibly a spherical bubble 100 degrees across. The structure shows up in different wave lengths, from radio waves to gamma rays. One explanation is that it is a supernova remnant, a giant bubble hollowed out by the explosion of stars. We are then told, 'high mass stars burn their nuclear fuel so quickly that they live only a few million years before exploding ...'.
At http://finance.yahoo.com/news/scientists-found-something-mars-could-1901... ... Curiosity Rover has detected a mineral, tridymite, that can only be created in extremely hot temperatures. It seems Mars was once hotter than mainstream allows. What are the implications?