A self observing model is a something that can observe itself and its surroundings.
Brain is a fluid that can observe itself and surroundings.
A fluid can observe itself and surroundings.
Brain isn't the only fluid that can observe itself and surroundings.
Brain isn't the only learning system in our surroudnings.
Neural networks are not the only learning networks.
Neural cells are not the only learning cells.
Every cell can learn.
So it is naive to think that only neurons can learn and its naive to build a learning sytem based on neural networks and build a computational model based on neural network. - One more reason to realise that modern AI is fundamentally flawed.
An interesting observation by Manu Prakash. But the topic got deviated into computing because he compared his finding with Alan turing's computing model and started proposing a new computing model. Alan turing is a computing model where as dancing droplets is an observing model - Its superior !
Needed a neural network that can sense itself and its surroundings. - Definetely not AI NN so I chased a graph based design - [Mathematical neuron model - Alternative](https://github.com/imvetri/artificial-intelligence/blob/master/Alternative.Neuron.Model.Without.Advanced.Math.md)
That gave lot of confidence in not to chase math and AI NN.
A fruit fly's brain got my attention and gave me an idea that brain is just a fluid that can change shape based on its surroundings and I came up with an experiment to try - [Self Learning Neuron Model ](https://github.com/imvetri/artificial-intelligence/blob/master/Self.learning.neuron.model.md)
Wait a minute, brain isn't the only fluid that can change shape based on surroundings. - Water is also a fluid - hahaha. Look at dancing droplets!
Fine-
But
The experiment got side tracked into explaining that behaviour with mixed concepts of surface tension and evaporation. Thank you so much.
At last, I envountered a video on quantum computing simulation.
https://www.youtube.com/watch?v=p7bzE1E5PMY&t=2s - Gave me hope !
What happens when two droplets kept next to each other in outer space. They will join together, which they shouldn't. If they join, the force of attraction is their own gravity. This experiement is to rule out the surface tension to be the cause of attraction.
Zero interest in AI NN based on mathematical model Fluids are a good model Next need a computer setup that can simulate drops based on quantum physics. Dont learn anything on quantim physics, instead try out tools such as ProjectQ, PyQuil, QuTIP