RESEARCH ARCHIVE / 2024—2026
Papers.
Independent theoretical and computational work at the boundary of consciousness, quantum systems and machine intelligence.
WORKS
CONSCIOUSNESS / QUANTUM BIOLOGY
A Reverse Anaesthetic Symmetry Hypothesis
A testable account of psychedelic action as a reverse anaesthetic process, linking subradiant tryptophan-exciton states with large-scale conscious dynamics.
THEORETICAL NEUROSCIENCE
From Coherent Mass to Conscious Content
A proposed bridge from coherent physical mass to differentiated phenomenal content, with explicit scaling predictions and falsifiable constraints.
QUANTUM MACHINE LEARNING
Evolving Quantum Neural Networks with Data Re-Uploading
An investigation into evolutionary optimisation, repeated data encoding and consciousness-inspired structure in trainable quantum circuits.
MACHINE LEARNING / REVIEW
Machine Learning-Based Approach and Customer Segmentation: A Review
A narrative review of how machine-learning clustering — K-means, hierarchical, Gaussian mixtures and density-based methods such as DBSCAN — reshapes customer segmentation into dynamic, data-driven frameworks, weighing algorithmic strengths and limits against the ethics of responsible deployment.
CUSTOMER SEGMENTATION / CLUSTERING
Effective customer segmentation using the recency, frequency, and monetary framework, combined with density-based clustering
Pairs an extended RFMI framework (Recency, Frequency, Monetary, Interpurchase) with density-based HDBSCAN on an H&M transaction dataset, recovering five interpretable customer segments plus a small noise group and improving segment fidelity on sparse, irregular retail data.
RESEARCH PAPER
Quantum Neural Network Operations based on Orchestrated
CURRENT THREAD