If You Read The Rules And Information Of A Rp Page Before Interaction, Can You Reblog This, Please? I

If you read the rules and information of a rp page before interaction, can you reblog this, please? I want to see how many do.

Fission (“splitting”) occurs when the nucleus of large, unstable atoms, like uranium and plutonium, break into smaller atoms, releasing energetic radiation and neutrons. Fission powers the “atomic” bomb that destroyed Hiroshima, and all nuclear power reactors.

Fusion (“joining”) occurs when light atoms, primarily isotopes of hydrogen, fuse into larger atoms, releasing fantastic quantities of energy. Fusion powers the sun and “hydrogen” bombs, which are called “thermonuclear” for the intense heat needed to overcome electrical repulsion between positively-charged hydrogen nuclei. Fusion, however, is extremely difficult to control; although billions have been spent to tame fusion for electricity, practical reactors are decades away. 

"Yes, really," Bruce teased back. He sped along to the next stoplight just as Iron Man hurtled through the intersection. Bruce sighed and pressed his fingers into his temples.

"Should we just ignore it, or do you want to join them?" he asked, as Captain America sprinted past them after Iron Man.

"Are you sure this is legal?"

"If not I know a couple of brilliant lawyers that would be more than willing to help us out." Andie shrugged, looking over at him. "Don’t worry so much."

"Trust me, I understand emotional breakdowns," Bruce turned onto the street that housed S.H.I.E.L.D. headquarters and pulled up at the sidewalk. He parked and turned to Andie. "Do you want me to take it in?"

"Are you sure this is legal?"

"If not I know a couple of brilliant lawyers that would be more than willing to help us out." Andie shrugged, looking over at him. "Don’t worry so much."

Bruce laughed. "Yeah, I was that guy for Betty, I think." He glanced over at her and smiled at the face she made. "I think I'm good for missions with the X-Men, I'll stick with my own team. But I'm sure something interesting will come along." Bruce focused back on the road. "After we drop these off, we could always get a bite to eat or something. Steve gave me a great recommendation."

"Are you sure this is legal?"

"If not I know a couple of brilliant lawyers that would be more than willing to help us out." Andie shrugged, looking over at him. "Don’t worry so much."

We May All Be Made of Stardust, But What Makes Stardust? Most of my followers should know that the atoms that comprise your body and just about everything around you were forged in stars. If you didn’t know this I urge you to spend more time avidly watching Cosmos. But how does this process actually occur? The secret lies in nuclear fusion which is essentially the opposite to fission (which causes radioactive decay). Fusion is simply the combination of two nuclei into one larger nuclei. In the process a large amount of energy is released. The energy that is released is what powers stars and gives you sunlight.  The cornerstone of this process lies in a property called binding energy, which is essentially the energy that holds together an atom’s nucleus. The important thing is to relate this to the mass of nucleus by referring to it as "binding energy per nucleon" (protons and neutrons essentially). Of all the elements iron has the highest binding energy per nucleon which means that combining atoms smaller than iron releases energy, whilst combining atoms that are larger requires an energy input. Heavier elements than iron are typically only produced during supernovas (a remnant of which is pictured above) which also have the effect of distributing the atoms in shells or jets.