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Tag: solar system

Gorgeous infographic of space exploration.

Click on the image for full size

Here’s a close up of the trips to our moon and two closest neighbours

From http://www.infographicsonly.com

NASA versus AT&T: You be the judge.

From DogHouseDiaries.

O.K. I got a little teary watching this touching video about the Mars Curiosity Rover. #scienceisawesomethatisall

Via Boing Boing.

Awesome illustration of Mars’ Curiosity

By Ciaran Duffy (who incidentally, also drew the awesome whale image for this)

Why the Moon Hates the Beach

By Mark Heath at Nobrow Cartoons.

Embroidered Science!

By The Floss Box, via Flickr.

Scale: A video of planets as viewed from Earth as if they were at the distance of our moon

By Brad Goodspeed.

This is what our sky would look like if Jupiter was the same distance as the moon.

Basically stunning…

By jb2386, via Reddit.

Powers of Ten: Cubist style #awesome

Hooray For Earth “True Loves” (Cereal Spiller Remix) from Cereal Spiller on Vimeo.

Whoa…

Directed by Cyriak Harris

The Moon Hoax of 1835

This is really quite something. Both the narrative of the hoax, as well as these awesome illustrations.

“Purported to be the findings of British astronomer Sir John Herschel, perhaps the best known astronomer of the time, the New York Sun, in a blatant use of yellow journalism, started publishing six stories in 1835 reporting the “discovery of life on the moon.” Most likely authored by Richard E. Locke in an ultimately successful attempt to boost the newspapers readership, the extravagant stories where full of alien flora and fauna, including bat winged men, nude moon maidens with luna-moth wings, unicorn moon bison and bipedal tailless beavers. In the articles it was proposed that an expedition be made to the moon using hydrogen filled balloons lifting ship like gondolas beneath, which later returned to earth under large umbrellas.”


The Proposed Ship for traveling to the Moon.


Types of things discovered on the Moon.

Text by Benjamin Starr at the Visual News.

Minimalist Solar System

Via Geometry Daily.

Postage stamps from Uranus, Venus, and Pluto

This are from a set of Canadian Cinderella Stamps.

From Wackystuff.

Brilliant exoplanet infographic


(Click on image to see larger version)

Some of the text reads:

“Most of them are huge because those are the kind we learned to detect first, but now we’re finding that small ones are actually more common. We know nothing about what’s on any of them. With better telescopes, that would change. This is an exciting time.”

From xkcd.

Indeed it is… A fun animated gif of the Venus Transit.

Admittedly, this makes me smile.

If you missed it, then too bad: at the very least you can learn why it was a big deal. #venustransit

First, for your calendar, you can note that the next one is in 2117.


(Via spaceweather.com).

Second, read this lovely piece by Amy Shira Teitel, as she tells you why it was such a big deal yesterday (and throughout history).

Here’s a bit to whet your appetite (and in doing so, illustrates what is arguably the first example of an international scientific collaboration):

“Halley died in 1742, 19 years before he could try his method on the 1761 transit. But a host of astronomers took up the challenge in his stead. European expeditions set out to India, the East Indies, Siberia, Norway, Newfoundland, and Madagascar to get the best and most spaced out views of the event. From the whole worldwide network, more than 120 transit observations were recorded, but most were of poor quality stemming from optical problems and inexperienced observers. For the 1769 transit, more than 150 observations were recorded from Canada, Norway, California, Russia, and famously Tahiti as part of Captain James Cook’s first expedition. But the results were only marginally better.

The state of technology in the 17th century made it impossible to record the exact moments of the start and end of the transit because of the so-called black drop effect. As Venus crossing in front of the Sun, a haze obscured the planet making it impossible for astronomers to make clear observations. But even poor results are results. In 1771, French astronomer Jérôme Lalande combined the observations from the 1761 and 1769 transits and calculated that 1 AU was 95 million miles (153 kilometers) give or take a half million or so miles. It was a start, but it wasn’t the precise value astronomers had hoped for.”

Enceladus passing Dione: Just another day in Saturn’s neighbourhood. #beautiful

More about Enceladus at Wired.com. Also wikipedia.

“Enceladus is one of only three outer Solar System bodies (along with Jupiter’s moon Io and Neptune’s moon Triton) where active eruptions have been observed. Analysis of the outgassing suggests that it originates from a body of sub-surface liquid water, which along with the unique chemistry found in the plume, has fueled speculations that Enceladus may be important in the study of astrobiology.”

Saturn pop up by Mengyu Chen. Cool animated gif.

I really want Mengyu to make one of these with the first law of thermodynamics…

By Mengyu Chen, via Colossal.

Great science flavoured artwork by Justin Mezzell

Go check out Justin Mezzell’s site.

Giant Sun Simulation. #whoa

“Electronic artist Rafael Lozano-Hemmer is interested in creating advanced technology art that involves public participation. This large installation entitled Solar Equation is a simulation of the Sun, 100 million times smaller than the real thing! The sphere, commissioned by the Light in Winter Festival in Australia, is the largest spherical balloon in the world.”

It would also be kind of interesting to do the reverse perspective calculation (i.e. how big would this Sun actually be, if it was situated in the same place in space, but actually looked this big!).

By Rafael Lozano-Hemmer, via My Modern Met.

Shots of the Earth and Moon in the same frame. #beautiful

I just think this one is very cool.

“Earth (on the left) and the moon (on the right) were seen by NASA’s Juno spacecraft on Aug. 26, 2011, when the spacecraft was about 6 million miles (9.66 million kilometers) away. The photo was taken by the spacecraft’s onboard camera, JunoCam.” CREDIT: NASA/JPL-Caltech

And here is the first one ever.

“This picture of a crescent-shaped Earth and moon — the first of its kind ever taken by a spacecraft — was recorded Sept. 18, 1977, by NASA’s Voyager 2 when it was 7.25 million miles (11.66 million kilometers) from Earth. Because the Earth is many times brighter than the moon, the moon was artificially brightened so that both bodies would show clearly in the prints.” CREDIT: NASA

Via Space.com

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