My personal research on quantum mechanics and quantum computing.
Implementation of Solovay Kitaev Algorithm for approximating any n-qubit gate using gates from library set {H,T,CNOT,S}.
Quantum computing "Hello World", using a letter search with Grover's algorithm and Qiskit.
Grover's quantum search algorithm with phase inversion oracle and diffusion reflection operator
Grover's quantum search algorithm with phase inversion oracle and diffusion reflection operator
A comprehensive project comparing classical and quantum cryptography. Includes detailed explanations, code examples, and tests for various cryptographic algorithms and protocols.
Dissipative Grover's algorithm continuous simulation
Quantum algorithms for neural pattern recognition implementing Grover's search and variational circuits for brain state classification with EEG signal processing in Python.
A game designed for a quantum computer.
This project explains quantum mechanics purely through basic linear algebra—no physics or advanced math background required. It includes a Qiskit circuits executed on real IBM quantum hardware to expose the physical reality and current limitations of modern quantum systems.
Assessment task solution for QOSF 2021 Cohort 4.
A collection of quantum algorithms written in two popular quantum programming languages, PyQuil and Qiskit.
A text-based game that runs Grover's algorithm using Qiskit's quantum simulator.
This project demonstrates Grover's algorithm using Qiskit to perform quantum search on an unsorted database. It includes both single-solution and multi-solution search, showing how quantum search can find one or all matching entries in a list.
Quantum attack simulation on a custom DES implementation. Built a scaled-down Feistel cipher in Python and developed a Grover’s Algorithm circuit using Qiskit to demonstrate quadratic speedup in cryptographic brute-forcing and state amplification.
Quantum algorithms from a CS thesis (graded 10/10): framework benchmarking (Qiskit/Cirq/PennyLane), Grover's search over MongoDB, and QAOA portfolio optimization as a QUBO
A physical distribution architecture for the Distributed Exact Generalized Grover Algorithm (DEGGA) using the CUNQA emulator and virtual quantum communication.
Hybrid RAG pipeline combining BM25, dense retrieval, quantum kernels, Grover amplification and QAOA reranking.
N-minus-1 Quantum Solver
Grover‑inspired top‑k selection for RAG, with Streamlit UI and evaluation scripts on SQuAD 1.1.
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