Quantum Cognitive Synthesis Theory (QCST) is a theoretical framework exploring the integration of quantum mechanics, cognitive science, and AI. It proposes that consciousness might be simulated through quantum-like processes in microtubules, with implementations across various programming languages and using MySQL for managing learning experiences.

A simulations software (C++ with CUDA) for modeling assembly and disassemby of microtubules - main chemotherapeutic target in the cell

Automated line profiles along biological structures

Microtubule Image Processing in CryoSPARC Pipeline

Consciousness and Quantum Theory: Stuart Hameroff, Roger Penrose

Pipeline for on-the-fly subtraction of filaments from cryo-EM micrographs.

A tool to simulate microtubule dynamics in the phragmoplast

Reproducible open-system framework for tubulin quantum dynamics: decoherence baselines, HEOM/Redfield validation, Bayesian contraction summaries, and falsifiable non-equilibrium tests.

Code of project realized at the University of Geneva in the group of Karsten Kruse, in collaboration with the group of Charlotte Aumeier.

Simulation code and data for the paper "Multivalent interactions facilitate motor-dependent protein accumulation at growing microtubule plus ends"

Analysis scripts for the manuscript "Spindle checkpoint silencing at kinetochores at submaximal microtubule occupancy" by Etemad et al. "

"Technical analysis: Why ASI requires biological quantum computing. Five-Layer Architecture Model of human cognition based on Penrose-Hameroff Orch OR, Libet experiments, and photosynthesis quantum coherence research."