take two
im just videogaems and anime that's p much it


I am Harley.

(Source: breakourbones)

1 day ago//73649 //Via//Source


I still have a few I have to get to.  Sorry this took so long!

1 day ago//246 //Via//Source
tagged: art, supernatural,


Unusually beautiful purple Bonsai Tree!

1 day ago//771 //Via//Source




4 cups frozen strawberries
3 Tablespoons agave nectar or honey
1/2 cup plain yogurt (non-fat or full fat)
1 Tablespoon fresh lemon juice


Add the frozen strawberries, agave nectar (or honey), yogurt and lemon juice to the bowl of a food processor. Process until creamy, about 5 minutes.

Serve the frozen yogurt immediately or transfer it to an airtight container and store it in the freezer for up to 1 month.

Kelly’s Notes:
I prefer a more tart frozen yogurt, but you can add additional agave nectar or honey if you want a sweeter-tasting dessert.

Fresh strawberries can be used in place of frozen, however the fresh strawberries must be frozen solid.

(Source: justataste.com)

2 days ago//52164 //Via//Source
tagged: food, recipes,



Screw art!



Performance, tumblr text post on screen, 2014

2 days ago//20342 //Via//Source





when your otp is in an intense argument and their faces get closer together but then they stop talking 

and they look at the others’ lips


Can we talk about the fact that they are swallowing at the same time, too?

ugh yes let’s talk about that. How much stuff do you think they just happen to do in unison after the Drift? Are their sympathetic nervous systems now in synch? Parasympathetic?

(Source: makoraa)

2 days ago//31823 //Via//Source
tagged: pacific rim,


'Hot Jupiters' provoke their own host suns to wobble

Blame the “hot Jupiters.”

These large, gaseous exoplanets (planets outside our solar system) can make their suns wobble when they wend their way through their own solar systems to snuggle up against their suns, according to new Cornell University research to be published in Science, Sept. 11.

"Although the planet’s mass is only one-thousandth of the mass of the sun, the stars in these other solar systems are being affected by these planets and making the stars themselves act in a crazy way," said Dong Lai, Cornell professor of astronomy and senior author on the research, "Chaotic Dynamics of Stellar Spin in Binaries and the Production of Misaligned Hot Jupiters." Physics graduate student Natalia I. Storch (lead author) and astronomy graduate student Kassandra R. Anderson are co-authors.

In our solar system, the sun’s rotation axis is approximately aligned with the orbital axis of all the planets. The orbital axis is perpendicular to the flat plane in which the planets revolve around the sun. In solar systems with hot Jupiters, recent observations have revealed that the orbital axis of these planets is misaligned with the rotation axis of their host star. In the last few years, astronomers have been puzzled by spin-orbit misalignment between the star and the planets.

Roasting like marshmallows on an open fire, hot Jupiters – large gaseous planets dispensed throughout the universe in other solar systems – wander from distant places to orbit extraordinarily close to their own suns. Partner binary stars, some as far as hundreds of astronomical units (an astronomical unit is 93 million miles, the distance between Earth and the sun,) influence through gravity the giant Jupiter-like planets and cause them to falter into uncommon orbits; that, in turn, causes them to migrate inward close to their sun, Lai said.

"When exoplanets were first found in the 1990s, it was large planets like Jupiter that were discovered. It was surprising that such giant planets can be so close to parent star," Lai said. "Our own planet Mercury is very close to our sun. But these hot Jupiters are much closer to their suns than Mercury."

By simulating the dynamics of these exotic planetary systems, the Cornell astronomers showed that when the Jupiter-like planet approaches its host star, the planet can force the star’s spin axis to precess (that is, change the orientation of their rotational axis), much like a wobbling, spinning top.

"Also, it can make the star’s spin axis change direction in a rather complex – or even a chaotic – way," said Lai. "This provides a possible explanation to the observed spin-orbit misalignments, and will be helpful for understanding the origin of these enigmatic planets."

Another interesting feature of the Cornell work is that the chaotic variation of the star’s spin axis resembles other chaotic phenomena found in nature, such as weather and climate.


The research was supported by the National Science Foundation and by NASA.

2 days ago//13 //Via//Source
tagged: science, astronomy,

(Source: n-senada)

2 days ago//709 //Via//Source
tagged: fractals,
3 days ago//19001 //Via//Source
tagged: photography,


Happy Birthday SSK 9/14

3 days ago//1533 //Via//Source
tagged: free!, art,