The Qubit

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\node[callout={(0,1.5,1)}, fill=orange,rotate=85] at (0,1.1,.8) {Math Superposition};
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\node[canvas is zx plane at y = 0, align = center,rotate=-90] at (0.5,0,0.9){\Huge{\textbf{\textcolor{yellow}{Quantum Supremacy}}}};
\node[canvas is zx plane at y = 0, align = center,rotate=-90] at (0.5,0,0.75){\textbf{\textcolor{white}{\Large{The amazing phenomenon about}}}};
\node[canvas is zx plane at y = 0, align = center,rotate=-90] at (0.5,0,0.65){\textbf{\textcolor{white}{\Large{the absolutely small.}}}};
\node[canvas is zx plane at y = 0, align = center,rotate=-90] at (0.5,0,0.5){\bf\textcolor{white}{$|0\rangle= \mqty(1 \\ 0)$ \ and \ $|1\rangle= \mqty(0 \\ 1)$\ so, the qubit state:}};
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\node[canvas is zx plane at y = 0, align = center,rotate=-90] at (0.5,0,0.15){\bf\textcolor{white}{We note that ket-bracket is merely notation so,}};
\node[canvas is zx plane at y = 0, align = center,rotate=-90] at (0.5,0,0.05){\bf\textcolor{white}{all properties of linear algebra it follows,}};
\node[canvas is zx plane at y = 0, align = center,rotate=-90] at (0.5,0,-0.05){\bf\textcolor{white}{and for two or more qubits, tensor algebra}};


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