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What I'm Currently Up To

I'm currently working on expanding my portfolio with quantum computing simulations, machine learning projects, and this website itself. Below you can find an overview of some of my recent work and where to learn more.

Non-Markovian Effects on Average Gate Fidelity

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I recently completed my thesis with Trinity College Dublin. I studied the effects of non-Markovian dynamics on the average gate fidelity of open quantum systems. For more information look here.

Quantum Gate Simulator (C++)

make
            ./quantum_sim.exe --circuit "H CNOT" --two-qubits
Initial 2-qubit: 1.000|00> + 0.000|01> + 0.000|10> + 0.000|11>
            After H ⊗ I: 0.707|00> + 0.000|01> + 0.707|10> + 0.000|11>
            After CNOT: 0.707|00> + 0.000|01> + 0.000|10> + 0.707|11>

I built a lightweight simulator written in C++ that models single- and two-qubit quantum systems, mainly to practice C++ implementation in a quantum setting. Circuits can be built from the command using gates like H, X, Z, CNOT and others. For more information look here.

About Me

My name is Aidan Doyle, and I am a quantum physics graduate with a strong background in quantum theory, programming, and data analysis. I was born in France and have lived in Amsterdam, Sydney and also Dublin, where I completed my bachelors degree BSc Theoretical Physics & Mathematics in Maynooth University, and my masters degree MSc Quantum Science and Technology in Trinity College Dublin.

Click the link to learn more about me.

Learn More
Aidan Doyle Portrait

My Projects

Above you can see some stuff that I am curretly working on. If you want to know more, or look at some of my other work, click the link here.

Explore Projects
Coding or simulation project