<color=green>"Good question, but we're not infinite. I haven't yet explained what the strong and weak nuclear forces are yet. You see, the protons have a positive electric charge and the electrons have a negative electric charge. Since they have unlike charges, they attract due to the electromagnetic force. But since there are multiple protons in the center, they all repel against each other with great force. Yet there's another force acting on it that holds it together. And that is the strong nuclear force. There are certain types of unstable nuclei that will give off particles called beta particles. This happens because of the weak nuclear force, which is what I use. There are many other things the weak nuclear force can do, like interact with neutrinos, muons, tau particles, and whole plethora of rare mesons and baryons. It also assists in fusing atomic nuclei together to produce lots of energy. Yet, despite our power, we are not infinite in reach. There are many things out there that still have yet to be discovered. Remember when I said that most of everything you see is made of atoms? Neutrinos, muons, electrons, and tau particles are not parts of atoms and they aren't normally seen outside of atoms. And even then, there's the mysterious dark matter, which only Gwen can see. Even more elusive is dark energy." Winona pulled up a chart of the energy budget of the universe. <color=green>"5% of the mass of the universe is composed of atoms, leptons, and quarks. Yet, estimates place the unseen dark matter at nearly 23% of the mass of the universe. And dark energy, the energy that's accelerating the galaxies away from one another, is estimated to be the other 72%."
<color=purple>"I can see dark matter, and create dark matter with EMily, because we understand its creation. However, dark energy hasn't been fully understood by the scientists in our era yet. And don't worry about the name 'dark'; We only call it that because we can't see it... save for me."
<color=green>"There are many mysteries out there that even our standard model doesn't cover just yet. And, as always, we are only human."
