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Display information for equation id:math.228448.0 on revision:228448

* Page found: Geometric phase (eq math.228448.0)

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Hash: 030a87996facde786461b64ac05ab45d

TeX (original user input):

\gamma[C] = i\oint_C \! \langle n,t| \left( \nabla_R |n,t\rangle \right)\,dR \,

TeX (checked):

\gamma [C]=i\oint _{C}\!\langle n,t|\left(\nabla _{R}|n,t\rangle \right)\,dR\,

LaTeXML (experimental; uses MathML) rendering

MathML (7.803 KB / 1.319 KB) :

γ [ C ] = i C n , t | ( R | n , t ) 𝑑 R 𝛾 delimited-[] 𝐶 𝑖 subscript contour-integral 𝐶 bra 𝑛 𝑡 subscript 𝑅 ket 𝑛 𝑡 differential-d 𝑅 {\displaystyle\gamma[C]=i\oint_{C}\!\langle n,t|\left(\nabla_{R}|n,t\rangle% \right)\,dR\,}
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SVG (12.396 KB / 4.331 KB) :

gamma times left-bracket upper C right-bracket equals i times contour-integral Underscript upper C Endscripts mathematical left-angle n comma t vertical-bar times left-parenthesis nabla Subscript upper R Baseline times vertical-bar n comma t mathematical right-angle right-parenthesis times italic d upper R

SVG with PNG fallback (MathML can be enabled via browser plugin) rendering

MathML (1.693 KB / 560 B) :

γ [ C ] = i C n , t | ( R | n , t ) d R {\displaystyle \gamma [C]=i\oint _{C}\!\langle n,t|\left(\nabla _{R}|n,t\rangle \right)\,dR\,}
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SVG (9.222 KB / 3.915 KB) :

{\displaystyle \gamma [C]=i\oint _{C}\!\langle n,t|\left(\nabla _{R}|n,t\rangle \right)\,dR\,}

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