Earthbound: Winters 3D
A Three-dimensional interpretation of the Winters area, from the classic SNES RPG “Earthbound”. For High res screenshots, visit my website at: http://www.ryansanderson.com/earthbou…
Sure. Let’s just go down to the Anus Hole and get some ice cream
Their ice cream is shitty and the ambiance stinks.
Real authentic burger king gold.
The saddest thing is that most people will find this humorous instead of serious. We’re standing right beside one another, and yet we text others instead of actually speaking to each other. Have you ever sat down and thought about how uncomfortable we now are around one another that it’s so bad that we literally pretend to be texting someone when we’re not, just so it’s less awkward to stand beside people? What’s supposed to strengthen our bonds has taken away from it. It’s time to take our faces out of our phones and notice the world, give a kind gesture to someone, and go SEE your friends instead of just texting them.
I’m going to let that sink in.
Ah yes let me just up and leave school right in between my classes so I can go see the friend 40 miles away that i’m currently texting instead of making idle chit chat with the people around me that I don’t particularly care for.
Fuck your pretentious shit.
"whines evil technology is making people antisocial its not real communication if its not face to face and im a pretentious self righteous shitbaby that asks random people on the street for the time and feels good about it"
I’m old, I remember life before smartphones, and guess what, nobody randomly chatted it up with strangers back then, either.
(It was because of those damn Walkmans and Gameboys, harrumph harrumph [rattles newspaper])
and you’ll be
in a world of Pure Acceleration.
A gif representing nuclear fusion and how it creates energy.
For those who don’t understand the GIF. It illustrates the Deuterium-Tritium fusion; a deuterium and tritium combine to form a helium-4. Most of the energy released is in the form of the high-energy neutron.
Nuclear fusion has the potential to generate power without the radioactive waste of nuclear fission (energy from splitting heavy atoms into smaller atoms), but that depends on which atoms you decide to fuse. Hydrogen has three naturally occurring isotopes, sometimes denoted ¹H, ²H, and ³H. Deuterium (²H) - Tritium (³H) fusion (pictured above) appears to be the best and most effective way to produce energy. Atoms that have the same number of protons, but different numbers of neutrons are called isotopes (adding a proton makes a new element, but adding a neutron makes an isotope of the same atom).
The three most stable isotopes of hydrogen: protium (no neutrons, just one proton, hence the name), deuterium (deuterium comes from the Greek word deuteros, which means “second”, this is in reference two the two particles, a proton and a neutron), and tritium (the name of this comes from the Greek word “tritos” meaning “third”, because guess what, it contains one proton and two neutrons). Here’s a diagram
Deuterium is abundant, it can be extracted from seawater, but tritium is a radioactive isotope and must be either derived(bred) from lithium or obtained in the operation of the deuterium cycle. Tritium is also produced naturally in the upper atmosphere when cosmic rays strike nitrogen molecules in the air, but that’s extremely rare. It’s also a by product in reactors producing electricity (Fukushima Daiichi Nuclear Power Plant). Tritium is a low energy beta emitter (unable to penetrate the outer dead layer of human skin), it has a relatively long half life and short biological half life. It is not dangerous externally, however emissions from inhaled or ingested beta particle emitters pose a significant health risk.
During fusion (energy from combining light elements to form heavier ones), two atomic nuclei of the hydrogen isotopes deuterium and tritium must be brought so close together that they fuse in spite of the strongly repulsive electrostatic forces between the positively charged nuclei. So, in order to accomplish nuclear fusion, the two nuclei must first overcome the electric repulsion (coulomb barrier ) to get close enough for the attractive nuclear strong force (force that binds protons and neutrons together in atomic nuclei) to take over to fuse the particles. The D-T reaction is the easiest to bring about, it has the lowest energy requirement compared to energy release. The reaction products are helium-4 (the helium isotope) – also called the alpha particle, which carries 1/5 (3.5 MeV) of the total fusion energy in the form of kinetic energy, and a neutron, which carries 4/5 (14.1 MeV). Don’t be alarmed by the alpha particle, the particles are not dangerous in themselves, it is only because of the high speeds at which they are ejected from the nuclei that make them dangerous, but unlike beta or gamma radiation, they are stopped by a piece of paper.
I like soup.
From @_csma: “This is my batcat wishing everyone a happy Batman Day!” #catsofinstagram [source: http://ift.tt/1A81t9m ]
Weirdest infinite Mario 1UP trick ever ⊟
Performed in level 5-2 of Super Mario Bros. 2 (Lost Levels). It involves passing through a couple of walls and disappearing into a pipe somehow? I’d love to try to replicate this.SUPPORT TINY CARTRIDGE Join Club Tiny!
And I still can’t pull off the original 100 1UP trick.