Projects
Below are projects I am currently engaged in and have previously undertaken. I enjoy applying the intersections of different technologies and methodologies together. My goal with leveraging this produced "hybrid" approach is to unlock new insights and fresh perspectives that were previously unexplored.
Quantum
I've experimented with quantum machine learning and quantum optimization algorithms and compared their results to the classical counterparts. I mainly use IBM's Qiskit and D-Wave's Ocean software for development, and applied classification and optimization techniques to my models.
Leveraging the advantages of both quantum computing and classical machine learning approaches for a quantum-classical hybrid is my main point of focus.
Quantum SVMs for Cell Classification
The quantum support vector machine (qSVM) algorithm provided by IBM Qiskit's library was used to classify breast cancer cells as benign or malignant. Results were compared to that of a classical support vector machine algorithm. The speedups and classification accuracies between the classical and quantum versions were examined.
Quantum Amplitude Estimation and Credit Risk Analysis
The quantum amplitude estimation algorithm was applied with a Monte Carlo method to compute the risk measures of a sample portfolio. The expected loss and the cumulative distribution function were estimated to measure the value at risk and conditional value at risk.
Quantum Annealing - Protein Folding
The Protein Folding Problem was addressed with quantum annealing methods simulating sample amino acid reactions. D-wave's 2000Q annealer was used for simulated annealing with Monte Carlo and classical turn ancilla encoding with a quantum processing unit. Drug discovery applications are also discussed.
Anaxa
Anaxa leverages the intersection of quantum computing and blockchain. Anaxa's approach integrates quantum hardware into a unified decentralized solution designed to combat security hacks and latency issues encountered in the transmission and storage of health data records.
Anaxa has a two-layer network:
1) Quantum key distribution (QKD) layer - establishes a secure and unhackable key for each pair of nodes within the network that aids the process during the transmission of these records
2) Light blockchain communication protocol (LBCP) for storing records based on a hashing system that is created using the private key occurred in the first layer
Anaxa was a member of the DMZ Basecamp Accelerator at Ryerson University (2020) and the Biomedical Zone BACE Incubator (2021).