Elizabeth Ann Stoll

This paper models cortical neuron signaling as a Hamiltonian system where random electrical noise influences non-deterministic computation through information encoding and probability density dynamics.

This paper models cortical neural networks as a thermodynamic process of non-deterministic computation, showing energy-efficient information processing through Hamiltonian redistribution.

The paper models cortical neuron firing as a quantum system where random electrical noise drives non-deterministic computation, showing consistency with quantum mechanics principles.

The paper models electron interactions with neuronal membranes to explain how information content is represented through probabilistic interference and holographic encoding.