RESEARCH ARCHIVE / 2024—2026

Papers.

Independent theoretical and computational work at the boundary of consciousness, quantum systems and machine intelligence.

06
WORKS
012026

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.

Orch ORMicrotubulesPsychedelics
PREPRINTRead paper
022026

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.

CoherenceConscious contentScaling
PREPRINTRead paper
032025

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.

QNNEvolutionData re-uploading
PUBLISHEDRead paper
042026

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.

K-meansDBSCANSegmentation
PUBLISHEDRead paper
052025

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.

RFMIHDBSCANCRM
PUBLISHEDRead paper
062024

RESEARCH PAPER

Quantum Neural Network Operations based on Orchestrated

PREPRINTRead paper

CURRENT THREAD

Can conscious-state changes be predicted from the geometry and lifetime of coherent biological states?

Research programme / active