Saturn and Jupiter You can see Jupiter’s moon, Io, casting a shadow onto the gas giant. Credit and Source: nomorelickfoot
And now that one special, prestigious piece of gear has finally arrived to round off the years of camera development and take you to the vertiginous peaks of unbelievable footage quality and extreme equipment versatility: the recently released Blackmagic URSA 4K Digital Cinema Camera is the ultimate camera for professional film crews and keen solo cameramen looking to revolutionize their filming sessions.
on Nov. 28, 2013, comet ISON will fly through the sun’s atmosphere little more than a million km from the stellar surface. If the comet survives without breaking up it could emerge glowing as brightly as the Moon, visible near the sun in broad daylight.
Kindly share this, so that no one could miss that event!
William Herschel discovered Uranus in 1781. 205 years later in 1986, NASA sent Voyager 2 2.6 billion km to photograph it. Quite a leap in 2 centuries’ time. *http://bit.ly/AstroTwitter
Saturn,cassini
Inside - Vadim Sadovski
The Great Comet of 1881 - Étienne Léopold Trouvelot 1881
French 1827-1895
Vintage illustration, Comet over observatory in night time sky
“The images we see can only be “beautiful” or “real-looking” because they have been heavily processed, either by neural machinery or by code (in which case, both), operating below our threshold of consciousness. In the case of the software, this processing relies on norms and aesthetic judgments on the part of software engineers, so they are also unacknowledged collaborators in the image-making. There’s no such thing as a natural image; perhaps, too, there’s nothing especially artificial about the camera.” art in the age of machine intelligence — Artists and Machine Intelligence — Medium https://medium.com/artists-and-machine-intelligence/what-is-ami-ccd936394a83
(via mikerugnetta)
Jupiter’s Great Red Spot from Voyager 1 Color Inverted
What will become of Jupiter’s Great Red Spot? Recorded as shrinking since the 1930s, the rate of the Great Red Spot’s size appears to have accelerated just in the past few years. A hurricane larger than Earth, the Great Red Spot has been raging at least as long as telescopes could see it. Like most astronomical phenomena, the Great Red Spot was neither predicted nor immediately understood after its discovery. Although small eddies that feed into the storm system seem to play a role, a more full understanding of the gigantic storm cloud remains a topic of continued research, and may result in a better understanding of weather here on Earth. The above image is a digital enhancement of an image of Jupiter taken in 1979 by the Voyager 1 spacecraft as it zoomed by the Solar System’s largest planet. NASA’s Juno spacecraft is currently heading toward Jupiter and will arrive in 2016.
Image Credit: NASA, JPL; Digital processing: Björn Jónsson (IAAA), Color: thedemon-hauntedworld
The Great Red Spot
“You can witness the evolution and destruction of humanity; the end of the Earth and Sun; the dissociation of our galaxy; the heat death of the Universe itself. So long as you have enough power in your space ship, you can travel as far into the future as you like.”
Have you ever wondered about time travel? Perhaps you have your destination in the far future, and want to see how it all turns out? Maybe you want to return to the past, and alter the future or present by your actions there? Or maybe you want to freeze time altogether? If you want to know whether it’s possible, the physics of relativity holds the answer. Special relativity allows us to control our motion through time by manipulating our motion through space. The more we move through space, the less we move through time, allowing us to travel as far as we want into the future, limited only by our energy available for space travel. But going to the past requires some specific solutions to general relativity, which may (or may not) describe our physical Universe.
What’s the status of traveling through time? Come get the scientific story (with a brand new podcast) today!