We all know what the Romans did for us - they created the border between Scotland and England. What did gravity do for us? It saved the universe according to a new scientific paper - see http://phys.org/print335524004.html It's all about Big Bang dynamics, the Higgs Bosun particles - and the expansion of the universe.
The ROSETTA Mission that landed a 220lb probe, the Philae, on Comet Churyumov Gerasimenko was a remarkable engineering and technological feat by the ESA. It has been in the planning stage for many years and this may account for the surprise when the probe bounced up and down at point of contact. The surface was much harder than expected - in spite of all the dust.
Interesting link considering what has been alleged of the red spot in Velikovskian literature. At www.jpl.nasa.gov/news/news.php?release=2014-391 ... Jupiter's red spot is not another Venus in the making. The red colouration is due to chemicals broken apart by sunlight in the planet's uppermost atmosphere. This view has come about as a result of NASA and its Cassini Mission (see also www.nasa.gov/mission_pages/cassini/main/index.html). Laboratory experiments have reproduced the red colour. Ultra Violet light was used in order to simulate sunshine.
NASA released the map below that reveals that small asteroids frequently enter and disintegrate in the Earth's atmosphere with a random distribution around the world. It is a visualisation of data gathered by US sensors over a 20 year period - some 556 occurrences of fireball activity.
At www.dailygalaxy.com/my_weblog/2014/11/mars-once-in-a-million-years-comet... ... is another report on the NASA release on Comet Siding Spring from data produced by their MAVEN mission to Mars. Debris from the comet caused an intense meteor shower and enabled a new layer of ions, or charged particles, to the atmosphere of Mars. From observational data NASA scientists were able to make a direct connection between the input of the debris and the ions.
At http://phys.org/print334486790.html ... we learn there is a mystery at the heart of our galaxy, the Milky Way. It has lots of gas, dust, and a huge black hole three million times the size of our Sun, but it has no pulsars - the corpses of dead stars. It is thought a lot of pulsars should exist at the galactic centre as stars form, thrive, and die - much like us. Eyes are being drawn towards the black hole - has it been munching on pulsars?
Not a lot of information has come out of NASA on the recent close passage to Mars by Comet Siding Spring. However, at www.spaceweather.com on November 7th (scroll down if necessary) you will find a short bit taken from a NASA press conference. It resulted in a heavy meteor shower with an origin in the comet - and this is described as the highlight. A few tons of comet dust were deposited on Mars. A human sitting on the surface of Mars might have seen thousands of shootings stars per hour - a veritable meteor storm.
At http://phys.org/print334398305.html ... we have an ultra violet image taken by the IRIS mission showing a network of solar jets. The journal Science has several articles on the IRIS discoveries - even though it only began in 2013. Intermittent small scale jets have been detected which appear to provide the energy behind the solar wind.
At http://phys.org/print333876505.html ... in 2029, the asteroid Apophis is due to pass within 35,000km of the Earth - which is fairly close. What effect will it have? Well, a computer simulation by space scientists suggests that Earth's gravity will cause landslides - on the asteroid. The assumption behind the model is that gravity is the most potent thing to take into consideration. What if Apophis is accompanied by several smaller object in resonant orbit with the asteroid. How might it cope with Earth's magnetosphere?