More down to Earth but up in the sky, go to http://spaceweather.com October 17th looks forwards to Sunday when the green comet (below) approaches Mars in what is thought
At www.dailygalaxy.com/my_weblog/2014/10/-tiny-fossil-galaxies-of-first-sta... ... is an article on the discovery of a couple of very small galaxies in the vicinity of the Milky Way that appear to be dim as they were not spotted by less powerful technology. Immediately they are being explained - as if they have to bed into the consensus model. They were looking for clumps of dark matter and found these fuzzy looking small galaxies. The big question is why they did not become larger galaxies - much brighter and visible.
At www.q-mag.org/anne-marie-de-grazia-my-encounter-with-a-bolide.html ... she describes the coincidence of a bolide lighting up the night sky at roughly the same time as a Near Earth asteroid passed relatively close to the Earth. This she compares with the Chelyabinsk meteor of February 2013 which also coincided with a close flyby of a Near Eart Object (an even bigger asteroid passing close to the Earth). It's all a bit of a mystery. The Chelyabinsk meteor was said to be a coincidence - but do such coincidences come in pairs?
There are at least four posts on the Forum at this site in which nobody has responded to, even though the subject matter is very close to Velikovsky, as well as the general theme of neo-catastrophism. One is on the Hindu calendar, another on the Samson riddle, the words of which once adorned packets of Tale and Lyle sugar, another on Chinese calendrical oddities, and finally a Creationist take on the Mount St Helens eruption that formed instantaneously a very thick sedimentary like deposit. These are all good discussion points that members might like to add their pennyworth.
At http://phys.org/print331284112.html ... the claim that gravitational waves from shortly after the Big Bang had been detected has turned out to be a dud squib. It seems the hullaballoo was premature.
Polarised microwave light in the Milky Way is produced by dust grains that spin on their axes and align like a mini compass with the interstellar magnetic field. The dust grains line up in the same general direction and this produces polarised light - exactly the same thing as theorised would have been produced by gravitational waves from the early universe.
Come Pan STARRS K1 has been visible for over a year and is making a passage through the inner solar system that is reputed to involve an orbit 400,000 years long - see http://phys.org/print331286650.html. The dust tail and ion tail of the comet have been snapped in a succession of images (see link). The big question - is this 'the Special One' as a certain football manager might say.
Over at http://phys.org/print331546691.html ... we have an image of comet Churyumov-Girasimenko in the process of spewing out dust and gases from its neck. Below.
It seems water might have been present in the solar system even before the birth of the Sun - according to a paper in the September issue of the journal Science (http://phys.org/print330858863.html)
Water locked up as ice that formed in interstellar space is the key ingredient. It is now locked up in meteorites, comets, asteroids and moons etc. Why is there so much of the stuff on Earth?
At http://phys.org/print330680543.html ... asks, what is the difference between a coronal mass ejection (CME) and a solar flare. NASA has produced a video that explains it all in pictures - and in context. They are both explosions on the Sun. A CME is a giant cloud of particles blasted far out into space. Flares are flashes of light on the face of the Sun.
This might go down like a lead balloon but a physics professor in the US, Laura Mersini-Houghton, has proven, mathematically, that black holes can never come into being in the first place -but, but, but I've seen them - a big flash of light captured via a space telescope. Does this mean scientists will now have to re-imagine the fabric of space time (quoting the article). This seems to imply they imagined black holes in the first place. See http://phys.org/print330767292.html