I am a Master's student in Quantum Technology at IISc Bangalore with a strong interest in quantum computation, quantum simulation, and quantum error correction.

My current focus is on:

• Quantum circuit and physics-based simulations using Python
• Circuit QED systems and superconducting qubit modeling
• Understanding quantum error correction (stabilizer & topological codes)
• Building numerical simulation pipelines for quantum systems

I am especially interested in how fault-tolerant quantum computation and scalable quantum architectures are implemented in real systems, and I am actively working toward strengthening my understanding in this area.

• Quantum Error Correction (Stabilizer & Topological Codes)
• Circuit QED & Open Quantum Systems
• Photonic / Continuous-Variable Quantum Computing (exploring)
• Quantum Simulation Tool Development
• Fault-Tolerant Quantum Computing (learning phase)

• Python (OOP, scientific computing)
• C, C++
• SQL (MySQL)

• Quantum Computation Fundamentals
• Quantum Circuit Simulation (Qiskit, QuTiP)
• Circuit QED modeling
• Quantum Error Correction (theoretical + learning stage)

• NumPy, SciPy, Pandas, Matplotlib

• Linear Algebra
• Probability Theory
• Data Structures (basic)

GitHub: https://github.com/prachityagi12/transmon-qubit

• Simulating superconducting transmon qubits coupled to resonators
• Studying spectroscopy response in circuit QED systems
• Investigating effects like photon-number splitting and power broadening
• Analyzing qubit dynamics under varying drive and noise conditions
• Extending toward time-domain simulations (Rabi oscillations, T1, Ramsey experiments)
• Building a modular simulation pipeline for quantum system analysis

• Studying stabilizer formalism for fault-tolerant quantum computation
• Exploring toric code syndrome extraction and logical operators
• Understanding topological encoding of logical qubits
• Currently learning extensions toward color codes and fault-tolerant gate ideas

• Implemented CNN, ResNet, and PlainNet on CIFAR-10 dataset
• Compared architecture performance and generalization behavior
• Visualized loss landscapes using 3D and contour plots

• Build scalable quantum simulation and QEC toolkits
• Contribute to open-source quantum computing frameworks
• Strengthen expertise in fault-tolerant quantum architectures
• Work in quantum software / research engineering roles

• GitHub: prachityagi12

Building toward quantum software systems that scale beyond simulation into fault-tolerant architectures.