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fandomhigh2010-07-27 07:55 am
ivejustinvented.livejournal.com) wrote in fandomhigh2010-07-27 07:55 am
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The Mathematics of Quantum Neutrino Fields; Tuesday, Period 4 [ 07/27 ].
"I see you've all survived our little adventure from last week," said Farnsworth at the beginning of class, not even bothering to mask his disappointment. If giant caves and monsters couldn't kill them, he'd just have to revert back to good old fashioned boring them to death.
He went to the blackboard and wrote: Today's Lesson: Superduper Symmetrical String Theory and, below it, a great mass of goobledy gock formulas, and a diagram of what looked like dog, but a dog covered in a giant dog-sized sock tied with string.
He went on to explain a whole mess of information regarding how the superduper symettrical string theory, or SD Sd T from here on in, is all about a quantum theory of gravity, which is different than a quantum theory of, say, electromagneticism, nuclear forces, or your mom. Essentially, it is focused on the idea that the universe could never be smaller than the size of a string, at which point it would actually begin expanding, and that no measurable differences can be detected between strings that wrap around dimensions smaller than themselves and those that move along larger dimensions.
Which all made enough sense a baby could figure it out and was surely helped along by Farnsworth's drawings, which appeared like they belonged more on a Rorchacht test than a science classroom.
"Now," Farnsworth continued without pause, "our physical space is observed by complete idiots to have only three large dimensions and, taken together with duration as the fourth dimension, a physical theory must take this into account. However, nothing prevents a theory from including more than 4 dimensions, you know. String theory here consistency requires spacetime to have 10 dimensions. We have four here." He drew something on the board. "Where are the other six?"
"So your assignment today," he turned back to the class with such a deceptively kind smile, "is to create one of those missing six dimensions. Won't that be fun?"
"And when you're finished with that, I have this very informative video for you to watch and, next week, I'd like you to write a report about its main points and how it showcases the theories on the mathematics of quantum neutrino fields discussed thus far."
[[wait for the OCD is all strung out man! ]]
[[ Previous Classes ]]
He went to the blackboard and wrote: Today's Lesson: Superduper Symmetrical String Theory and, below it, a great mass of goobledy gock formulas, and a diagram of what looked like dog, but a dog covered in a giant dog-sized sock tied with string.
He went on to explain a whole mess of information regarding how the superduper symettrical string theory, or SD S
Which all made enough sense a baby could figure it out and was surely helped along by Farnsworth's drawings, which appeared like they belonged more on a Rorchacht test than a science classroom.
"Now," Farnsworth continued without pause, "our physical space is observed by complete idiots to have only three large dimensions and, taken together with duration as the fourth dimension, a physical theory must take this into account. However, nothing prevents a theory from including more than 4 dimensions, you know. String theory here consistency requires spacetime to have 10 dimensions. We have four here." He drew something on the board. "Where are the other six?"
"So your assignment today," he turned back to the class with such a deceptively kind smile, "is to create one of those missing six dimensions. Won't that be fun?"
"And when you're finished with that, I have this very informative video for you to watch and, next week, I'd like you to write a report about its main points and how it showcases the theories on the mathematics of quantum neutrino fields discussed thus far."
[[
[[ Previous Classes ]]
Re: Assignment -- M.o.Q.N.F., 07/27.
Re: Assignment -- M.o.Q.N.F., 07/27.
Re: Assignment -- M.o.Q.N.F., 07/27.
Re: Assignment -- M.o.Q.N.F., 07/27.