ptn_demo_7f3a
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Utilities
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Builds a qubit Hamiltonian and a VQE circuit from molecular orbital integrals, and turns measured expectation values into an energy.
utilities.qc.fermionic_structure
Builds a qubit Hamiltonian and a VQE circuit from molecular orbital integrals, and turns measured expectation values into an energy. It is one of the Quantum Computing Helpers tools in the Ahura Utilities catalogue: a ready-made MCP tool that an agent calls with a typed input and gets a structured result back, with no library to install and no sandbox to start.
Agents use fermionic structure worker to answer electronic-structure questions such as battery and catalyst energetics without hand-written Pauli operators. Because it is a plain tool call, it slots into a single agent turn or a step in an Ahura Workflow, and large inputs and outputs are passed by reference using a store:// address from Ahura Store.
Interactive simulation
Press Run to send the call. The dashboard shows what it would use in a partition. Simulated: nothing is actually executed.
# Answer electronic-structure questions such as battery and catalyst energetics without hand-written Pauli operators.
→ POST /mcp
{
"jsonrpc": "2.0",
"id": 1,
"method": "tools/call",
"params": {
"name": "utilities.qc.fermionic_structure",
"arguments": {
"op": "compile",
"payload": {
"domain": "chemistry",
"format": "molecule",
"data": "H2",
"params": {
"ansatz": "uccsd"
}
}
}
}
}Ready. Press Run.
Partition · N. Virginia · created just now
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Utilities
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