veyepar: Quantum Computing with Python: From Qubits to Circuits

Author(s):	Temitope Adeniyi
Location	Ballroom D
Date	jul Sun 27	Days Raw Files
Start	14:00	First Raw Start	13:39
Duration	00:30:00	Offset	0:20:30
End	14:30	Last Raw End	14:39
Chapters	00:00 0:07:48 0:26:13 0:26:22
Total cuts_time	27 min.

https://www.pyohio.org/2025/program/talks/quantum-computing-with-python
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Quantum Computing with Python: From Qubits to Circuits
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Have you heard the buzz about quantum computing and wondered what it *actually* means? This beginner-friendly talk introduces the fundamentals of quantum computing using the language we all love; Python.

We’ll start by breaking down core quantum concepts like **qubits**, **superposition**, **entanglement**, and **quantum gates** in simple terms. Then, we’ll bring those ideas to life with real code using [Qiskit](https://qiskit.org/), a powerful open-source quantum computing framework built in Python.

You'll learn how to:

* Simulate qubits and quantum circuits
* Visualize quantum states and interference
* Run your own quantum circuits on a real IBM quantum computer (yes, free and live!)

Along the way, we’ll highlight where quantum computing stands today, where Python fits in the ecosystem, and how you can get involved; whether you're a hobbyist, educator, or software developer.

No prior knowledge of quantum mechanics is needed. If you can write a 'for' loop, you can build your first quantum circuit.

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production notes

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