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Remove invalid link (#1445) (#1452) 

Our CI can't run on forks so making a PR from within the repo.

Co-authored-by: Abdón Rodríguez <a@abdonrd.com>
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Frank Harkins 2024-05-29 13:41:57 +01:00 committed by GitHub
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commit 6d3044e725
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tutorials/explore-composer/explore-composer.ipynb
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@ -652,7 +652,7 @@
"\n",
"Also known as the square-root NOT gate.\n",
"\n",
"This gate implements the square-root of X, $\\sqrt{X}$. Applying this gate twice in a row produces the standard Pauli-X gate ([NOT gate](operations_glossary#not-gate)). Like the Hadamard gate, $\\sqrt{X}$ creates an equal superposition state if the qubit is in the state $|0\\rangle$, but with a different relative phase. On some hardwares, it is a native gate that can be implemented with a $\\pi/2$ or X90 pulse.\n",
"This gate implements the square-root of X, $\\sqrt{X}$. Applying this gate twice in a row produces the standard Pauli-X gate (NOT gate). Like the Hadamard gate, $\\sqrt{X}$ creates an equal superposition state if the qubit is in the state $|0\\rangle$, but with a different relative phase. On some hardwares, it is a native gate that can be implemented with a $\\pi/2$ or X90 pulse.\n",
"\n",
"| Composer reference | OpenQASM reference | Q-Sphere | Note about q-sphere representations |\n",
"| ------------------------------------------------- | ------------------ | ---------------------------------------------------------------------- | --------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------- |\n",
@ -662,7 +662,7 @@
"\n",
"Also known as the SXdg or square-root NOT-dagger gate.\n",
"\n",
"This is the inverse of the $\\sqrt{X}$ gate. Applying it twice in a row produces the Pauli-X gate ([NOT gate](operations_glossary#not-gate)), since the NOT gate is its own inverse. Like the $\\sqrt{X}$ gate, this gate can be used to create an equal superposition state, and it too is natively implemented on some hardwares using an X90 pulse.\n",
"This is the inverse of the $\\sqrt{X}$ gate. Applying it twice in a row produces the Pauli-X gate (NOT gate), since the NOT gate is its own inverse. Like the $\\sqrt{X}$ gate, this gate can be used to create an equal superposition state, and it too is natively implemented on some hardwares using an X90 pulse.\n",
"\n",
"| Composer reference | OpenQASM reference | Q-Sphere | Note about q-sphere representations |\n",
"| ----------------------------------------------------- | ------------------ | ---------------------------------------------------------------------- | --------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------- |\n",