Complex numbers
Matrices
Matrix algebra
Complex matrices (Hermitian, unitary)
Vector spaces
Linear algebra
Eigenvalues and eigenvectors
Product spaces (vector spaces)
The above is, apparently, a list of everything I need to know in order to be able to understand quantum computation. I understand complex numbers, matrices and matrix algebra and elementary vectors.
Shit is gonna be SO cash.
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Real comrades:
Virtual Friends:
Clubs:
Devious Comments
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Yo, Buddy, you still alive?
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I am an atheist right-wing British moral-objectivist with a distain for feminism, environmentalism and communism and a taste for vicious satire, cheap coffee, Karl Popper and Ayn Rand. Wherever you're from, whatever your ideas, I'm something you hate.
--
Yo, Buddy, you still alive?
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I am an atheist right-wing British moral-objectivist with a distain for feminism, environmentalism and communism and a taste for vicious satire, cheap coffee, Karl Popper and Ayn Rand. Wherever you're from, whatever your ideas, I'm something you hate.
--
Yo, Buddy, you still alive?
Not bad, I'm finally starting to find myself in my mathematics course @_@ and I'm considering quantum computation seriously as my postgrad degree. It's a field I'd like to make breakthroughs in, later.
...yeah, reading Atlas Shrugged has probably doubled by output and tripled my motivation. That book is like crack. XD
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I am an atheist right-wing British moral-objectivist with a distain for feminism, environmentalism and communism and a taste for vicious satire, cheap coffee, Karl Popper and Ayn Rand. Wherever you're from, whatever your ideas, I'm something you hate.
--
Yo, Buddy, you still alive?
I have no notes. D:
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I am an atheist right-wing British moral-objectivist with a distain for feminism, environmentalism and communism and a taste for vicious satire, cheap coffee, Karl Popper and Ayn Rand. Wherever you're from, whatever your ideas, I'm something you hate.
--
Yo, Buddy, you still alive?
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