President Barack Obama

(via barackobama)
Bravo!
F. Scott Fitzgerald The Great Gatsby (via reas0ns)
(Source: han-solo-dolo)
Recently, a video of a mysterious ‘Cascade Creature’ has gone viral enough to have some interesting commentary, and theories concerning it’s origins. After searching through the internet for a definite answer on what it could be, I realized it seems everyone else is just as baffled as myself, and at a loss for an answer.
In the Daily Mail’s article, it states, “A mysterious ocean ‘blob’ has been recorded by a deep-sea remote-controlled underwater camera.
The creature looks like nothing seen before, with speculators suggesting it is everything from a jellyfish to the remains of a whale placenta.
While, at a quick glance, the description of a jellyfish makes sense, the creature has organs and appendages never spotted on a jellyfish before.
Meanwhile it could be a whale placenta, but if that is the case then the hexagonal shapes on the skin are a mystery.” [x]
Deep sea jellyfish or whale placenta? No-one has yet been able to confirm this creature’s origins
Objects within: The creature appears to have very un-jellyfish-like qualities, such as this sack of organic looking flesh
If you’d like you can read the article from The Daily Mail yourself, as well as the article from MSN.
I really haven’t found too many reliable sources with information about it, so if anyone has any information, I’d love to hear it! I’m sure with the whole internet abuzz over something so odd, the answer will be presented soon enough, hopefully.
Very intriguing.
(Source: youtube.com)
bearsbeardsbattlestargalactica:
Joss Whedon is the most FLAWLESS human being in existence.
Oh, you guys…
(Source: oldmanglasses)
Graphic shows entire amount of water on Earth.
If you took all of the water on Earth and (somehow) made it into a sphere, it would be 1,385 kilometers in diameter, with a volume equal to about 1,386 million cubic kilometers.
By comparison, the Earth measures a staggering 12,256 km in diameter, dwarfing the little blue sphere — a “little blue sphere” that contains more than enough water to cover over 70 percent of our planet’s surface, and fill every life form on Earth with H2O molecules. (Those looking for a similar size comparison at home can use a basketball to represent the dry Earth, and a nickel to illustrate the diameter of our water sphere.)
Very cool.
(Source: io9.com)
“A certain recluse, I know not who, once said that no bonds attached him to this life, and the only thing he would regret leaving was the sky”. — Kenko Yoshida (Taken with Instagram at One American Center)
Exploring The Vacuum With the LHC
When you think of space, you think of emptiness. You probably could not be more wrong. Using the 54km of underground tubes and tunnels that is the LHC we explore the vacuum. In an environment where the air pressure is lower than on the moon, it is quite possibly the best vacuum humanity can produce.
Extremely low energy, but definitely not empty. The vacuum of space is populated by virtual particles which pop in and out of existence on a time scale that is undetectable by our current technology. This odd appearance is allowed by the laws of quantum mechanics.
Energy is also added to the vacuum through the interaction of quark-antiquark pairs (chiral condensate) which contribute mass to particles, which can be thought of as energy. Chrial condensate is something that the LHC is very interested in studying through use of the ALICE experiment.
The Higgs: the fluctuating quantum fields are not the only thing filling the ‘empty’ vacuum of space. The Higgs field is omnipresent and permanent and is thought to be responsible for the mass of all fundamental particles. The Higgs boson is the accompanying particle and would definitively prove the Higgs field if detected.
The energy of the vacuum is something quite different on the astronomical scale, instead of minuscule points of undetectable energy, it becomes the mammoth and unknown dark energy. Current predictions for the expansion of the universe do not hold with new observations and the LHC is hoping to learn some more about dark energy so that we can reconcile our modern observations with physics.
(Images via Visualizations of Quantum Chromodynamics)
This is the sort of information I live to acquire.