Research Projects

1. Analysis of Fragile Quantum Correlations in the Delft Bell Test

Status: Completed
Summary:
Analyzed the ψ⁻ dataset from the Delft Bell Test experiment. Upon combining multiple trial sets, I observed that CHSH violations — expected in entangled systems — vanish under specific groupings, revealing the fragile and context-dependent nature of quantum correlations.

🔗 View Paper 

2. Novel Field Interpretation of Quantum Entanglement and the EPR Paradox

Status: In Development
Summary:
Proposing a new interpretation of entanglement via a non-bosonic, Euclidean "Lode Field" existing in higher-dimensional space. This shared field carries a superposed hidden variable, which collapses locally upon measurement, aiming to offer a resolution to the EPR paradox without invoking non-locality.

🔗 View Updates

3. Bell Inequality and the Local vs Non-Local Debate in Quantum Theory

Status: In  Progress
Summary:
A foundational literature review of Bell’s Theorem and its implications, exploring different schools of thought surrounding local realism, hidden variables, and determinism. Aimed at bridging formal theory with interpretational philosophy for my upcoming theoretical work.

🔗 View Updates

4. Reinterpreting Hawking Radiation through Quantum Tunneling

Status: In Progress
Summary:
An analytical study of the tunneling method approach by Parikh and Wilczek. I’m exploring how energy conservation and semi-classical tunneling provide a more intuitive explanation of Hawking radiation, potentially impacting black hole thermodynamics and information paradox interpretations.

🔗 View Updates