Orch-OR Quantum Collapse in Microtubules: A Gravitational Model

What is Orch-OR?

Orch-OR (Objective Reduction of Quantum State) is a hypothesis that suggests microtubules within neurons can exist in a quantum superposition state. This theory posits that under certain conditions, these structures can collapse out of their superposition, leading to conscious experience.

The model was proposed by Stuart Hameroff and Roger Penrose, integrating concepts from quantum mechanics with neuroscience to explain the nature of consciousness.

How Does Gravitational Self-Energy Play a Role?

According to the Diosi-Penrose model, gravitational self-energy can influence the collapse of quantum states. In microtubules, this effect is significant as it could trigger the transition from superposition to classical behavior.

The recruitment rate and thermal decoherence sliders in the simulation allow you to explore how these factors affect the probability of quantum collapse.

Why Does This Matter?

Understanding Orch-OR can provide insights into the fundamental nature of consciousness, potentially explaining phenomena like anesthetic effects on brain function.

This model also opens up new avenues for research in both neuroscience and quantum physics, bridging two traditionally distinct fields.

Real-World Implications

The ability to control the conditions under which microtubules collapse could have implications for developing new anesthetic drugs or even consciousness-altering technologies.

Further research into Orch-OR might lead to a better understanding of neurological disorders associated with altered states of consciousness.

Frequently asked questions

Try it live

Everything above runs in your browser — open Orch-OR Quantum Collapse 2D: Microtubule Objective Reduction and change the parameters while it is running. Nothing is installed, nothing is uploaded, the whole model lives in one tab.