Brain

The human brain is a wonder of creation. It is our objective to have a single equation capturing its function. Towards this end we are analyzing the electric fields of the brain in relation to nerve cell structure. We are interested in the biophysics of near electric fields. We are also developing exact analytical solutions of equations that govern arbitrary geometries of axons.

We are operating under the paradigm that quantum effects are critical in higher cognitive functions of the brain. It is therefore our aim to organize the current store of quantum brain theories into a coherent structure.

Publications

1. Chawla Aman, Morgera Salvatore, Snider Arthur (2019). On Axon Interaction and its Role in Neurological Networks. IEEE/ACM Transactions on Computational Biology and Bioinformatics.

2. Chawla Aman, Morgera Salvatore Domenic (2023). Computer Study of Metric Perturbations Impinging on Coupled Axon Tracts. Physics Essays.

3. Chawla Aman, Morgera Salvatore Domenic (2024). On the Geometry of Interacting Axon Tracts in Relation to Their Functional Properties. Communications in Mathematical Biology and Neuroscience.

4. Chawla Aman (2025). A Mathematical Theory of Consciousness. Zenodo Preprint.