Tag, retrieve, and save results

Package versions

The code on this page was developed using the following requirements. We recommend using these versions or newer.

qiskit-ibm-runtime~=0.40.1

This guide focuses on best practices in retrieving and managing your job results, so that you can better organize, track, and understand your experiments.

Add and search by job tags

Assign tags

You can assign one or more tags to your jobs when you run them so that you can filter by a tag later. You might want to use job tags to label particular error mitigation settings, circuit parameters, and so forth.

from qiskit_ibm_runtime import QiskitRuntimeService, Sampler
from qiskit import QuantumCircuit
from qiskit.transpiler import generate_preset_pass_manager
 
service = QiskitRuntimeService()
backend = service.least_busy(simulator=False, operational=True)
 
qc = QuantumCircuit(2)
qc.h(0)
qc.cx(0, 1)
qc.measure_all()
 
sampler = Sampler(backend)
 
pm = generate_preset_pass_manager(backend=backend, optimization_level=1)
isa_circuit = pm.run(qc)
 
# Assign tags before executing
sampler.options.environment.job_tags = ["experiment-2025", "sampler-example"]
 
# Submit
job = sampler.run([isa_circuit])
 
print(service.job(job.job_id()).tags)

Output:

['experiment-2025', 'sampler-example']

Add and update tags

You can add tags after you submit a job with the update_tags() method. This method overwrites current tags, so if you have already assigned tags to a job and you want to add additional tags, be sure to re-assign the original tags.

# Add a new tag while keeping the previously assigned tags
job.update_tags(["experiment-2025", "sampler-example", "127-qubit"])
 
# Confirm updated tags
print(job.tags)

Output:

['sampler-example', 'experiment-2025', '127-qubit']

Retrieve jobs by tag

Display a list of jobs with certain tags as follows:

# List jobs with a specific tag or set of tags
 
service.jobs(job_tags=["experiment-2025", "sampler-example"])

Output:

[<RuntimeJobV2('d38l3pkgenls73cf263g', 'sampler')>,
 <RuntimeJobV2('d36s55gitjus73f5li10', 'sampler')>,
 <RuntimeJobV2('d36s4mkda4cs73a8994g', 'sampler')>,
 <RuntimeJobV2('d36rs9o0sqis73982e4g', 'sampler')>,
 <RuntimeJobV2('d36rptsgenls73cda9n0', 'sampler')>,
 <RuntimeJobV2('d36rohkgenls73cda87g', 'sampler')>,
 <RuntimeJobV2('d36rnr0itjus73f5l4m0', 'sampler')>,
 <RuntimeJobV2('d36rnp0itjus73f5l4j0', 'sampler')>,
 <RuntimeJobV2('d35f3joitjus73f49ds0', 'sampler')>,
 <RuntimeJobV2('d35bsn80sqis7396img0', 'sampler')>]

Retrieve jobs from IBM Quantum

IBM Quantum automatically stores results from every job for you to retrieve at a later date. Use this feature to continue quantum programs across kernel restarts and review past results. You can get the ID of a job programmatically through its job_id method, or you can see all your submitted jobs and their IDs on the Workloads page.

To find a job programmatically, use the QiskitRuntimeService.jobs method. By default, this returns the most recent jobs, but you can also filter jobs by backend name, creation date, and more. The following cell finds any jobs submitted in the last three months. The created_after argument must be a datetime.datetime object.

import datetime
from qiskit_ibm_runtime import QiskitRuntimeService
 
three_months_ago = datetime.datetime.now() - datetime.timedelta(days=90)
 
service = QiskitRuntimeService()
jobs_in_last_three_months = service.jobs(created_after=three_months_ago)
jobs_in_last_three_months[:3]  # show first three jobs

Output:

[<RuntimeJobV2('d2n1d2cg59ks73c6vu3g', 'sampler')>,
 <RuntimeJobV2('d2n18dehb60s73cvalg0', 'sampler')>,
 <RuntimeJobV2('d2ff2cms6qcs738f4lb0', 'sampler')>]

You can also select by backend, job state, session, and more. For more information, see QiskitRuntimeService.jobs in the API documentation.

Once you have the job ID, use the QiskitRuntimeService.job method to retrieve it.

# Get ID of most recent successful job for demonstration.
# This will not work if you've never successfully run a job.
successful_job = next(
    j for j in service.jobs(limit=1000) if j.status() == "DONE"
)
job_id = successful_job.job_id()
print(job_id)

Output:

d2n1d2cg59ks73c6vu3g

retrieved_job = service.job(job_id)
retrieved_job.result()

Output:

PrimitiveResult([SamplerPubResult(data=DataBin(c=BitArray(<shape=(), num_shots=4096, num_bits=2>)), metadata={'circuit_metadata': {}}), SamplerPubResult(data=DataBin(c=BitArray(<shape=(), num_shots=4096, num_bits=2>)), metadata={'circuit_metadata': {}}), SamplerPubResult(data=DataBin(c=BitArray(<shape=(), num_shots=4096, num_bits=2>)), metadata={'circuit_metadata': {}}), SamplerPubResult(data=DataBin(c=BitArray(<shape=(), num_shots=4096, num_bits=2>)), metadata={'circuit_metadata': {}}), SamplerPubResult(data=DataBin(c=BitArray(<shape=(), num_shots=4096, num_bits=2>)), metadata={'circuit_metadata': {}}), SamplerPubResult(data=DataBin(c=BitArray(<shape=(), num_shots=4096, num_bits=2>)), metadata={'circuit_metadata': {}}), SamplerPubResult(data=DataBin(c=BitArray(<shape=(), num_shots=4096, num_bits=2>)), metadata={'circuit_metadata': {}}), SamplerPubResult(data=DataBin(c=BitArray(<shape=(), num_shots=4096, num_bits=2>)), metadata={'circuit_metadata': {}}), SamplerPubResult(data=DataBin(c=BitArray(<shape=(), num_shots=4096, num_bits=2>)), metadata={'circuit_metadata': {}}), SamplerPubResult(data=DataBin(c=BitArray(<shape=(), num_shots=4096, num_bits=2>)), metadata={'circuit_metadata': {}}), SamplerPubResult(data=DataBin(c=BitArray(<shape=(), num_shots=4096, num_bits=2>)), metadata={'circuit_metadata': {}}), SamplerPubResult(data=DataBin(c=BitArray(<shape=(), num_shots=4096, num_bits=2>)), metadata={'circuit_metadata': {}}), SamplerPubResult(data=DataBin(c=BitArray(<shape=(), num_shots=4096, num_bits=2>)), metadata={'circuit_metadata': {}}), SamplerPubResult(data=DataBin(c=BitArray(<shape=(), num_shots=4096, num_bits=2>)), metadata={'circuit_metadata': {}}), SamplerPubResult(data=DataBin(c=BitArray(<shape=(), num_shots=4096, num_bits=2>)), metadata={'circuit_metadata': {}}), SamplerPubResult(data=DataBin(c=BitArray(<shape=(), num_shots=4096, num_bits=2>)), metadata={'circuit_metadata': {}}), SamplerPubResult(data=DataBin(c=BitArray(<shape=(), num_shots=4096, num_bits=2>)), metadata={'circuit_metadata': {}}), SamplerPubResult(data=DataBin(c=BitArray(<shape=(), num_shots=4096, num_bits=2>)), metadata={'circuit_metadata': {}}), SamplerPubResult(data=DataBin(c=BitArray(<shape=(), num_shots=4096, num_bits=2>)), metadata={'circuit_metadata': {}}), SamplerPubResult(data=DataBin(c=BitArray(<shape=(), num_shots=4096, num_bits=2>)), metadata={'circuit_metadata': {}}), SamplerPubResult(data=DataBin(c=BitArray(<shape=(), num_shots=4096, num_bits=2>)), metadata={'circuit_metadata': {}}), SamplerPubResult(data=DataBin(c=BitArray(<shape=(), num_shots=4096, num_bits=2>)), metadata={'circuit_metadata': {}}), SamplerPubResult(data=DataBin(c=BitArray(<shape=(), num_shots=4096, num_bits=2>)), metadata={'circuit_metadata': {}}), SamplerPubResult(data=DataBin(c=BitArray(<shape=(), num_shots=4096, num_bits=2>)), metadata={'circuit_metadata': {}}), SamplerPubResult(data=DataBin(c=BitArray(<shape=(), num_shots=4096, num_bits=2>)), metadata={'circuit_metadata': {}}), SamplerPubResult(data=DataBin(c=BitArray(<shape=(), num_shots=4096, num_bits=2>)), metadata={'circuit_metadata': {}}), SamplerPubResult(data=DataBin(c=BitArray(<shape=(), num_shots=4096, num_bits=2>)), metadata={'circuit_metadata': {}}), SamplerPubResult(data=DataBin(c=BitArray(<shape=(), num_shots=4096, num_bits=2>)), metadata={'circuit_metadata': {}}), SamplerPubResult(data=DataBin(c=BitArray(<shape=(), num_shots=4096, num_bits=2>)), metadata={'circuit_metadata': {}}), SamplerPubResult(data=DataBin(c=BitArray(<shape=(), num_shots=4096, num_bits=2>)), metadata={'circuit_metadata': {}}), SamplerPubResult(data=DataBin(c=BitArray(<shape=(), num_shots=4096, num_bits=2>)), metadata={'circuit_metadata': {}}), SamplerPubResult(data=DataBin(c=BitArray(<shape=(), num_shots=4096, num_bits=2>)), metadata={'circuit_metadata': {}}), SamplerPubResult(data=DataBin(c=BitArray(<shape=(), num_shots=4096, num_bits=2>)), metadata={'circuit_metadata': {}}), SamplerPubResult(data=DataBin(c=BitArray(<shape=(), num_shots=4096, num_bits=2>)), metadata={'circuit_metadata': {}}), SamplerPubResult(data=DataBin(c=BitArray(<shape=(), num_shots=4096, num_bits=2>)), metadata={'circuit_metadata': {}}), SamplerPubResult(data=DataBin(c=BitArray(<shape=(), num_shots=4096, num_bits=2>)), metadata={'circuit_metadata': {}}), SamplerPubResult(data=DataBin(c=BitArray(<shape=(), num_shots=4096, num_bits=2>)), metadata={'circuit_metadata': {}}), SamplerPubResult(data=DataBin(c=BitArray(<shape=(), num_shots=4096, num_bits=2>)), metadata={'circuit_metadata': {}}), SamplerPubResult(data=DataBin(c=BitArray(<shape=(), num_shots=4096, num_bits=2>)), metadata={'circuit_metadata': {}}), SamplerPubResult(data=DataBin(c=BitArray(<shape=(), num_shots=4096, num_bits=2>)), metadata={'circuit_metadata': {}}), SamplerPubResult(data=DataBin(c=BitArray(<shape=(), num_shots=4096, num_bits=2>)), metadata={'circuit_metadata': {}}), SamplerPubResult(data=DataBin(c=BitArray(<shape=(), num_shots=4096, num_bits=2>)), metadata={'circuit_metadata': {}}), SamplerPubResult(data=DataBin(c=BitArray(<shape=(), num_shots=4096, num_bits=2>)), metadata={'circuit_metadata': {}}), SamplerPubResult(data=DataBin(c=BitArray(<shape=(), num_shots=4096, num_bits=2>)), metadata={'circuit_metadata': {}}), SamplerPubResult(data=DataBin(c=BitArray(<shape=(), num_shots=4096, num_bits=2>)), metadata={'circuit_metadata': {}}), SamplerPubResult(data=DataBin(c=BitArray(<shape=(), num_shots=4096, num_bits=2>)), metadata={'circuit_metadata': {}}), SamplerPubResult(data=DataBin(c=BitArray(<shape=(), num_shots=4096, num_bits=2>)), metadata={'circuit_metadata': {}}), SamplerPubResult(data=DataBin(c=BitArray(<shape=(), num_shots=4096, num_bits=2>)), metadata={'circuit_metadata': {}}), SamplerPubResult(data=DataBin(c=BitArray(<shape=(), num_shots=4096, num_bits=2>)), metadata={'circuit_metadata': {}}), SamplerPubResult(data=DataBin(c=BitArray(<shape=(), num_shots=4096, num_bits=2>)), metadata={'circuit_metadata': {}}), SamplerPubResult(data=DataBin(c=BitArray(<shape=(), num_shots=4096, num_bits=2>)), metadata={'circuit_metadata': {}}), SamplerPubResult(data=DataBin(c=BitArray(<shape=(), num_shots=4096, num_bits=2>)), metadata={'circuit_metadata': {}}), SamplerPubResult(data=DataBin(c=BitArray(<shape=(), num_shots=4096, num_bits=2>)), metadata={'circuit_metadata': {}}), SamplerPubResult(data=DataBin(c=BitArray(<shape=(), num_shots=4096, num_bits=2>)), metadata={'circuit_metadata': {}}), SamplerPubResult(data=DataBin(c=BitArray(<shape=(), num_shots=4096, num_bits=2>)), metadata={'circuit_metadata': {}}), SamplerPubResult(data=DataBin(c=BitArray(<shape=(), num_shots=4096, num_bits=2>)), metadata={'circuit_metadata': {}}), SamplerPubResult(data=DataBin(c=BitArray(<shape=(), num_shots=4096, num_bits=2>)), metadata={'circuit_metadata': {}}), SamplerPubResult(data=DataBin(c=BitArray(<shape=(), num_shots=4096, num_bits=2>)), metadata={'circuit_metadata': {}}), SamplerPubResult(data=DataBin(c=BitArray(<shape=(), num_shots=4096, num_bits=2>)), metadata={'circuit_metadata': {}}), SamplerPubResult(data=DataBin(c=BitArray(<shape=(), num_shots=4096, num_bits=2>)), metadata={'circuit_metadata': {}}), SamplerPubResult(data=DataBin(c=BitArray(<shape=(), num_shots=4096, num_bits=2>)), metadata={'circuit_metadata': {}}), SamplerPubResult(data=DataBin(c=BitArray(<shape=(), num_shots=4096, num_bits=2>)), metadata={'circuit_metadata': {}}), SamplerPubResult(data=DataBin(c=BitArray(<shape=(), num_shots=4096, num_bits=2>)), metadata={'circuit_metadata': {}}), SamplerPubResult(data=DataBin(c=BitArray(<shape=(), num_shots=4096, num_bits=2>)), metadata={'circuit_metadata': {}}), SamplerPubResult(data=DataBin(c=BitArray(<shape=(), num_shots=4096, num_bits=2>)), metadata={'circuit_metadata': {}}), SamplerPubResult(data=DataBin(c=BitArray(<shape=(), num_shots=4096, num_bits=2>)), metadata={'circuit_metadata': {}}), SamplerPubResult(data=DataBin(c=BitArray(<shape=(), num_shots=4096, num_bits=2>)), metadata={'circuit_metadata': {}}), SamplerPubResult(data=DataBin(c=BitArray(<shape=(), num_shots=4096, num_bits=2>)), metadata={'circuit_metadata': {}}), SamplerPubResult(data=DataBin(c=BitArray(<shape=(), num_shots=4096, num_bits=2>)), metadata={'circuit_metadata': {}}), SamplerPubResult(data=DataBin(c=BitArray(<shape=(), num_shots=4096, num_bits=2>)), metadata={'circuit_metadata': {}}), SamplerPubResult(data=DataBin(c=BitArray(<shape=(), num_shots=4096, num_bits=2>)), metadata={'circuit_metadata': {}}), SamplerPubResult(data=DataBin(c=BitArray(<shape=(), num_shots=4096, num_bits=2>)), metadata={'circuit_metadata': {}}), SamplerPubResult(data=DataBin(c=BitArray(<shape=(), num_shots=4096, num_bits=2>)), metadata={'circuit_metadata': {}}), SamplerPubResult(data=DataBin(c=BitArray(<shape=(), num_shots=4096, num_bits=2>)), metadata={'circuit_metadata': {}}), SamplerPubResult(data=DataBin(c=BitArray(<shape=(), num_shots=4096, num_bits=2>)), metadata={'circuit_metadata': {}}), SamplerPubResult(data=DataBin(c=BitArray(<shape=(), num_shots=4096, num_bits=2>)), metadata={'circuit_metadata': {}}), SamplerPubResult(data=DataBin(c=BitArray(<shape=(), num_shots=4096, num_bits=2>)), metadata={'circuit_metadata': {}}), SamplerPubResult(data=DataBin(c=BitArray(<shape=(), num_shots=4096, num_bits=2>)), metadata={'circuit_metadata': {}})], metadata={'execution': {'execution_spans': {'__type__': 'ExecutionSpans', '__value__': {'spans': [DoubleSliceSpan(<start='2025-08-26 20:20:16', stop='2025-08-26 20:21:57', size=319488>)]}}}, 'version': 2})

Qiskit Code Assistant

Always forgetting how to retrieve a job? Try this prompt with Qiskit Code Assistant:

# Retrieve job JOB_ID from IBM Runtime and print the result

New to the code assistant? See Qiskit Code Assistant for installation and usage. Note this is an experimental feature and only available to IBM Quantum™ Premium Plan users.

Save results to disk

Quantum workflows often take a while to complete and can run over many sessions. Restarting your Python kernel means you'll lose any results stored in memory. To avoid loss of data, you can save results to disk. To do this, use Python's built-in JSON library with Qiskit Runtime's encoders.

import json
from qiskit_ibm_runtime import RuntimeEncoder
 
with open("result.json", "w") as file:
    json.dump(retrieved_job.result(), file, cls=RuntimeEncoder)

You can then load this array from disk in a separate kernel.

from qiskit_ibm_runtime import RuntimeDecoder
 
with open("result.json", "r") as file:
    result = json.load(file, cls=RuntimeDecoder)
 
result

Output:

PrimitiveResult([SamplerPubResult(data=DataBin(c=BitArray(<shape=(), num_shots=4096, num_bits=2>)), metadata={'circuit_metadata': {}}), SamplerPubResult(data=DataBin(c=BitArray(<shape=(), num_shots=4096, num_bits=2>)), metadata={'circuit_metadata': {}}), SamplerPubResult(data=DataBin(c=BitArray(<shape=(), num_shots=4096, num_bits=2>)), metadata={'circuit_metadata': {}}), SamplerPubResult(data=DataBin(c=BitArray(<shape=(), num_shots=4096, num_bits=2>)), metadata={'circuit_metadata': {}}), SamplerPubResult(data=DataBin(c=BitArray(<shape=(), num_shots=4096, num_bits=2>)), metadata={'circuit_metadata': {}}), SamplerPubResult(data=DataBin(c=BitArray(<shape=(), num_shots=4096, num_bits=2>)), metadata={'circuit_metadata': {}}), SamplerPubResult(data=DataBin(c=BitArray(<shape=(), num_shots=4096, num_bits=2>)), metadata={'circuit_metadata': {}}), SamplerPubResult(data=DataBin(c=BitArray(<shape=(), num_shots=4096, num_bits=2>)), metadata={'circuit_metadata': {}}), SamplerPubResult(data=DataBin(c=BitArray(<shape=(), num_shots=4096, num_bits=2>)), metadata={'circuit_metadata': {}}), SamplerPubResult(data=DataBin(c=BitArray(<shape=(), num_shots=4096, num_bits=2>)), metadata={'circuit_metadata': {}}), SamplerPubResult(data=DataBin(c=BitArray(<shape=(), num_shots=4096, num_bits=2>)), metadata={'circuit_metadata': {}}), SamplerPubResult(data=DataBin(c=BitArray(<shape=(), num_shots=4096, num_bits=2>)), metadata={'circuit_metadata': {}}), SamplerPubResult(data=DataBin(c=BitArray(<shape=(), num_shots=4096, num_bits=2>)), metadata={'circuit_metadata': {}}), SamplerPubResult(data=DataBin(c=BitArray(<shape=(), num_shots=4096, num_bits=2>)), metadata={'circuit_metadata': {}}), SamplerPubResult(data=DataBin(c=BitArray(<shape=(), num_shots=4096, num_bits=2>)), metadata={'circuit_metadata': {}}), SamplerPubResult(data=DataBin(c=BitArray(<shape=(), num_shots=4096, num_bits=2>)), metadata={'circuit_metadata': {}}), SamplerPubResult(data=DataBin(c=BitArray(<shape=(), num_shots=4096, num_bits=2>)), metadata={'circuit_metadata': {}}), SamplerPubResult(data=DataBin(c=BitArray(<shape=(), num_shots=4096, num_bits=2>)), metadata={'circuit_metadata': {}}), SamplerPubResult(data=DataBin(c=BitArray(<shape=(), num_shots=4096, num_bits=2>)), metadata={'circuit_metadata': {}}), SamplerPubResult(data=DataBin(c=BitArray(<shape=(), num_shots=4096, num_bits=2>)), metadata={'circuit_metadata': {}}), SamplerPubResult(data=DataBin(c=BitArray(<shape=(), num_shots=4096, num_bits=2>)), metadata={'circuit_metadata': {}}), SamplerPubResult(data=DataBin(c=BitArray(<shape=(), num_shots=4096, num_bits=2>)), metadata={'circuit_metadata': {}}), SamplerPubResult(data=DataBin(c=BitArray(<shape=(), num_shots=4096, num_bits=2>)), metadata={'circuit_metadata': {}}), SamplerPubResult(data=DataBin(c=BitArray(<shape=(), num_shots=4096, num_bits=2>)), metadata={'circuit_metadata': {}}), SamplerPubResult(data=DataBin(c=BitArray(<shape=(), num_shots=4096, num_bits=2>)), metadata={'circuit_metadata': {}}), SamplerPubResult(data=DataBin(c=BitArray(<shape=(), num_shots=4096, num_bits=2>)), metadata={'circuit_metadata': {}}), SamplerPubResult(data=DataBin(c=BitArray(<shape=(), num_shots=4096, num_bits=2>)), metadata={'circuit_metadata': {}}), SamplerPubResult(data=DataBin(c=BitArray(<shape=(), num_shots=4096, num_bits=2>)), metadata={'circuit_metadata': {}}), SamplerPubResult(data=DataBin(c=BitArray(<shape=(), num_shots=4096, num_bits=2>)), metadata={'circuit_metadata': {}}), SamplerPubResult(data=DataBin(c=BitArray(<shape=(), num_shots=4096, num_bits=2>)), metadata={'circuit_metadata': {}}), SamplerPubResult(data=DataBin(c=BitArray(<shape=(), num_shots=4096, num_bits=2>)), metadata={'circuit_metadata': {}}), SamplerPubResult(data=DataBin(c=BitArray(<shape=(), num_shots=4096, num_bits=2>)), metadata={'circuit_metadata': {}}), SamplerPubResult(data=DataBin(c=BitArray(<shape=(), num_shots=4096, num_bits=2>)), metadata={'circuit_metadata': {}}), SamplerPubResult(data=DataBin(c=BitArray(<shape=(), num_shots=4096, num_bits=2>)), metadata={'circuit_metadata': {}}), SamplerPubResult(data=DataBin(c=BitArray(<shape=(), num_shots=4096, num_bits=2>)), metadata={'circuit_metadata': {}}), SamplerPubResult(data=DataBin(c=BitArray(<shape=(), num_shots=4096, num_bits=2>)), metadata={'circuit_metadata': {}}), SamplerPubResult(data=DataBin(c=BitArray(<shape=(), num_shots=4096, num_bits=2>)), metadata={'circuit_metadata': {}}), SamplerPubResult(data=DataBin(c=BitArray(<shape=(), num_shots=4096, num_bits=2>)), metadata={'circuit_metadata': {}}), SamplerPubResult(data=DataBin(c=BitArray(<shape=(), num_shots=4096, num_bits=2>)), metadata={'circuit_metadata': {}}), SamplerPubResult(data=DataBin(c=BitArray(<shape=(), num_shots=4096, num_bits=2>)), metadata={'circuit_metadata': {}}), SamplerPubResult(data=DataBin(c=BitArray(<shape=(), num_shots=4096, num_bits=2>)), metadata={'circuit_metadata': {}}), SamplerPubResult(data=DataBin(c=BitArray(<shape=(), num_shots=4096, num_bits=2>)), metadata={'circuit_metadata': {}}), SamplerPubResult(data=DataBin(c=BitArray(<shape=(), num_shots=4096, num_bits=2>)), metadata={'circuit_metadata': {}}), SamplerPubResult(data=DataBin(c=BitArray(<shape=(), num_shots=4096, num_bits=2>)), metadata={'circuit_metadata': {}}), SamplerPubResult(data=DataBin(c=BitArray(<shape=(), num_shots=4096, num_bits=2>)), metadata={'circuit_metadata': {}}), SamplerPubResult(data=DataBin(c=BitArray(<shape=(), num_shots=4096, num_bits=2>)), metadata={'circuit_metadata': {}}), SamplerPubResult(data=DataBin(c=BitArray(<shape=(), num_shots=4096, num_bits=2>)), metadata={'circuit_metadata': {}}), SamplerPubResult(data=DataBin(c=BitArray(<shape=(), num_shots=4096, num_bits=2>)), metadata={'circuit_metadata': {}}), SamplerPubResult(data=DataBin(c=BitArray(<shape=(), num_shots=4096, num_bits=2>)), metadata={'circuit_metadata': {}}), SamplerPubResult(data=DataBin(c=BitArray(<shape=(), num_shots=4096, num_bits=2>)), metadata={'circuit_metadata': {}}), SamplerPubResult(data=DataBin(c=BitArray(<shape=(), num_shots=4096, num_bits=2>)), metadata={'circuit_metadata': {}}), SamplerPubResult(data=DataBin(c=BitArray(<shape=(), num_shots=4096, num_bits=2>)), metadata={'circuit_metadata': {}}), SamplerPubResult(data=DataBin(c=BitArray(<shape=(), num_shots=4096, num_bits=2>)), metadata={'circuit_metadata': {}}), SamplerPubResult(data=DataBin(c=BitArray(<shape=(), num_shots=4096, num_bits=2>)), metadata={'circuit_metadata': {}}), SamplerPubResult(data=DataBin(c=BitArray(<shape=(), num_shots=4096, num_bits=2>)), metadata={'circuit_metadata': {}}), SamplerPubResult(data=DataBin(c=BitArray(<shape=(), num_shots=4096, num_bits=2>)), metadata={'circuit_metadata': {}}), SamplerPubResult(data=DataBin(c=BitArray(<shape=(), num_shots=4096, num_bits=2>)), metadata={'circuit_metadata': {}}), SamplerPubResult(data=DataBin(c=BitArray(<shape=(), num_shots=4096, num_bits=2>)), metadata={'circuit_metadata': {}}), SamplerPubResult(data=DataBin(c=BitArray(<shape=(), num_shots=4096, num_bits=2>)), metadata={'circuit_metadata': {}}), SamplerPubResult(data=DataBin(c=BitArray(<shape=(), num_shots=4096, num_bits=2>)), metadata={'circuit_metadata': {}}), SamplerPubResult(data=DataBin(c=BitArray(<shape=(), num_shots=4096, num_bits=2>)), metadata={'circuit_metadata': {}}), SamplerPubResult(data=DataBin(c=BitArray(<shape=(), num_shots=4096, num_bits=2>)), metadata={'circuit_metadata': {}}), SamplerPubResult(data=DataBin(c=BitArray(<shape=(), num_shots=4096, num_bits=2>)), metadata={'circuit_metadata': {}}), SamplerPubResult(data=DataBin(c=BitArray(<shape=(), num_shots=4096, num_bits=2>)), metadata={'circuit_metadata': {}}), SamplerPubResult(data=DataBin(c=BitArray(<shape=(), num_shots=4096, num_bits=2>)), metadata={'circuit_metadata': {}}), SamplerPubResult(data=DataBin(c=BitArray(<shape=(), num_shots=4096, num_bits=2>)), metadata={'circuit_metadata': {}}), SamplerPubResult(data=DataBin(c=BitArray(<shape=(), num_shots=4096, num_bits=2>)), metadata={'circuit_metadata': {}}), SamplerPubResult(data=DataBin(c=BitArray(<shape=(), num_shots=4096, num_bits=2>)), metadata={'circuit_metadata': {}}), SamplerPubResult(data=DataBin(c=BitArray(<shape=(), num_shots=4096, num_bits=2>)), metadata={'circuit_metadata': {}}), SamplerPubResult(data=DataBin(c=BitArray(<shape=(), num_shots=4096, num_bits=2>)), metadata={'circuit_metadata': {}}), SamplerPubResult(data=DataBin(c=BitArray(<shape=(), num_shots=4096, num_bits=2>)), metadata={'circuit_metadata': {}}), SamplerPubResult(data=DataBin(c=BitArray(<shape=(), num_shots=4096, num_bits=2>)), metadata={'circuit_metadata': {}}), SamplerPubResult(data=DataBin(c=BitArray(<shape=(), num_shots=4096, num_bits=2>)), metadata={'circuit_metadata': {}}), SamplerPubResult(data=DataBin(c=BitArray(<shape=(), num_shots=4096, num_bits=2>)), metadata={'circuit_metadata': {}}), SamplerPubResult(data=DataBin(c=BitArray(<shape=(), num_shots=4096, num_bits=2>)), metadata={'circuit_metadata': {}}), SamplerPubResult(data=DataBin(c=BitArray(<shape=(), num_shots=4096, num_bits=2>)), metadata={'circuit_metadata': {}}), SamplerPubResult(data=DataBin(c=BitArray(<shape=(), num_shots=4096, num_bits=2>)), metadata={'circuit_metadata': {}}), SamplerPubResult(data=DataBin(c=BitArray(<shape=(), num_shots=4096, num_bits=2>)), metadata={'circuit_metadata': {}})], metadata={'execution': {'execution_spans': {'__type__': 'ExecutionSpans', '__value__': {'spans': [DoubleSliceSpan(<start='2025-08-26 20:20:16', stop='2025-08-26 20:21:57', size=319488>)]}}}, 'version': 2})