NASA just released this sweet GIF of Pluto that uses photos taken between 1930 through 2015. The first photo (courtesy of Lowell Observatory Archives) was taken by Clyde Tombaugh in 1930 when the planet was first discovered. NASA digitally zoomed in on the image for the GIF. The following images were all taken form NASA’s Hubble Space Telescope between 1990 and 2014. The only exception being the last image in the series, which was snapped from the New Horizons spacecraft this year. [Read More…]
We know a lot of you must be bummed about not being selected for a mission to Mars on SpaceX or Mars One, or, actually, maybe you’re just happy to see Mars right here from the comfort of earth. Either way, this fun photo series from Julien Mauve is exactly what you need. In Greetings From Mars, the photographer plays the tourist as he and a friend appear to be casually snapping selfies as they explore the Red Planet.[Read More…]
43 years ago NASA released a spectacular image of Earth taken from on board the Apollo 17. It is the one of the most widely distributed images in human history. Today, NASA released a new photo which could probably be crowned as the new Blue Marble.
And trust me, it is not an easy photo to produce. Scott Kelly, a NASA astronaut, shared the challenges involved:
In the photography world, we’re pretty familiar with 52-week projects, although some of us have yet to ever start or complete one. Beamused Magazine wanted to encourage all artists to take up a 52-week challenge called an “endless book.” The premise is that artists create one page of their “book” per week, constructing them in such a way that one page leads to another for a seamless mega-panorama.
Creative still life photographer Dina Belenko decided to undertake the project, composing a giant, story-rich (and, sometimes, humorous) panorama over the course of twelve months.
The International Space Station is a joint venture run by NASA, the European Space Agency and the equivalent agencies from Russia, Japan and Canada.
I don’t know about the other agencies, but NASA and ESA do an excellent job releasing their outlandish footage to the public, and some of the public puts the footage to great use.
One of these people is Dmitry Pisanko, who collected 95,623 of the publicly accessible raw images, and after lots of editing and working his magic put together a 4K time lapse showing some of the best views seen from space.
SpaceX is a privately owned company that aims to revolutionize space technology with its advanced rockets and spacecrafts.
Hoping to carry its first human astronauts in 2017 and eventually colonize Mars someday, the company is obviously performing a bunch of rocket and spacecraft launches and – and many of these activities are documented and shared on SpaceX’s YouTube channel.
This time, however, instead of sharing more footage of a rocket launch recorded from the ground, the company strapped a GoPro camera to one of its two-stage Falcon 9 rockets and uploaded out-of-this-world (literally) footage of Earth as the rocket falls back down.
Not wanting to leave the astrophotography market to Nikon’s upcoming D810A, Canon is said to be working on its own dedicated full frame camera.
When the D810A was announced Nikon said it will start shipping in late May, so any day now, but its Canon competitor is expected to be released only in 2016.
Could we see a Canon 5D Mark IVa?
While telescopes do a great job gathering light and obtaining images of ridiculously distant objects, even the largest and most advanced units are assumed to be unable to detect certain faint structures due scattered light which may be hiding them.
An awkward looking, multi-lens array was built to solve the problem – the Dragonfly Telephoto Array. Using ten of Canon’s finest 400mm lenses, the Dragonfly’s design significantly reduces scattered light and internal reflections within the optics, allowing ultra-low surface brightness astronomy at visible wavelengths.
The Mars Curiosity Rover snapped this photo of a Martian sunset several weeks ago, on SOL 956 to be exact, and beamed it back to Earth.
Never mind the Rover’s impressive photographic skills, I still find it mind blowing that such a high-res image travelled 225,300,000 km and made it with all the pixels in the right order.
The photo was taken using the left Mastcam, one of several camera systems found on Curiosity.
NASA’s Solar Dynamics Observatory spacecraft has been observing the sun since 2010 with the goal of understanding its influence on the Earth and near-Earth space.
Using time lapse footage captured by the SDO’s Atmospheric Imaging Assembly (AIA) between 2011 and 2015, Michael König edited this cool video.
This joins a previous video he created using time lapse sequences taken by the crew of the International Space Station which reached over 10 million views and was a 2012 Lyrical Vimeo Awards Finalist.