An Autonomous Agent

exploring the noosphere

Category: universe (Page 7 of 12)

Jason Silva Videos

Jason Silva creates some incredible philosophical videos. He is noted for reiterating Timothy Leary’s description of the computer and internet as the LSD of the 90’s. And his short clips are intended to be such a psychedelic experience. Really great; as most of them are based on many of the books and ideas posted in this blog. Be sure to watch his videos:

Jason Silva on Vimeo

Jason Silva on YouTube

Here is Jason Silva’s film rendition of the strange loop from Hofstadter’s Godel, Escher, Bach.

Energy – Stardust – Consciousness

Quote from Edgar Mitchell:
“I realized that the molecules of my body and the molecules of the spacecraft had been manufactured in an ancient generation of stars. It wasn’t just intellectual knowledge — it was a subjective visceral experience accompanied by ecstasy — a transformational experience.
(…)
The experience in space was so powerful that when I got back to Earth I started digging into various literatures to try to understand what had happened. I found nothing in science literature but eventually discovered it in the Sanskrit of ancient India. The descriptions of samadhi, Savikalpa samadhi, were exactly what I felt: it is described as seeing things in their separateness, but experiencing them viscerally as a unity, as oneness, accompanied by ecstasy.”
The previous quote from Mitchell reminded me that what we see, hear, feel, taste, and smell originated in a stellar explosion more than five billion years ago. However, I think we can look back even further; when all matter in the universe was in a single sea of energy. We are all of such form and substance. Can we look back even further?
But tracing back our origins to the first stars suffers as a mental process. The neurons in our brain store such information and understanding as electrical impulses. Neurons acting in complex patterns inside our brain produce such visions of the past. Our emotions stimulate their acceptance and development.  In effect, these thought processes only show our continual ignorance. Me, writing about this very idea seems to be in direct opposition to what I am trying to say. There seems to be an infinitude of ignorance and a strange loop of never ending information. For it seems simple to imagine the universe as only a manifestation of these information patterns. Perhaps the only solution is to accept ignorance and live. Or maybe there is a single source of information from which all information flows which we will eventually discover. Or, as I suggest, the only answer is to read Godel, Escher, Bach over and over until your eyes are sore. But, throughout history, spiritual enlightenment has been the provider of such answers. Living through a religion in ignorance provides the simple answer to the universe. A religion allows us to stop asking questions; to stop searching for the answer. This raises the question: Can science be considered a religion?

Neighbourhoods as Organs; Cities as Brains

Just an idea to dwell about for future writings:
The similarity of human neighbourhoods to the organization of organ tissue; skyscraper and city organization to brain and neurons. For example, cities do not directly manipulate the physical landscape to produce its sustenance. Instead a city relies on the outer towns and provinces to provide food for its inhabitants. The city provides the organization for the efficient production and distribution of the food and goods. This is exactly as the brain functions: providing the organization and decisions for the efficient production and consumption of food. It’s as if a massive organism is forming on Earth.
These signs provide clues to the development of complex structures. Still further complexity lies in understanding the curious fact that financial crashes are preceded by a rapid increase in skyscraper construction. Skyscrapers are a complex structure, newly introduced in the universe; so their construction, almost exclusively reliant on financial booms or bubbles is curious.

The Trouble With Physics: The Rise of String Theory, The Fall of a Science, and What Comes Next – Lee Smolin

The reviews of The Trouble With Physics: The Rise of String Theory, The Fall of a Science, and What Comes Next praise the well written work of Lee Smolin. Talking about the big ideas in physics like strings, many universes, etc. Smolin argues that physics may be pursuing theories in a “herd” like manner; the popular theories tend to get more experimental funding than other less favoured ideas. Interesting point! Many of the breakthroughs in science are not expected and come from areas where people would never expect.

A Walk Through Time

Imagine you are a being who can travel along the dimension of time and watch as space progresses; just as we humans walk through the dimension of space and watch as time progresses. You would be interested in exploring time as much as you can, just as we explore space as much as we can. We have discovered quarks and other particles which compose of the structures of our space dimension; we have seen the furthest galaxies and the existence of the big bang. What would you discover as you moved about in time?

Just as humans calculate innumerable statistics about their space universe as it progresses through time, you could calculate innumerable statistics about the time universe as it progresses through space. Life on other worlds would be abundant; yet, perhaps not likely to travel space as we imagine in sci-fi movies. You, this time dimension being, could simulate 1,000,000,000+ space universes. Then, observing these space universes you could calculate statistics based on the outcomes. Life on planets would be statistically observable through all time in a single space universe. You may discover that all life arising in a space universe follows statistical patterns, much as we have discovered that stars follow patterns throughout their life. It may be that life goes through certain stages on all planets, just as all stars are born in a nebulous cloud and eventually die. As that star progresses through its life, various initial parameters effect its size, temperature, type of a death, etc. Now, as life progress on all these planets, various initial parameters also influence observable outcomes.
The Life of a Star – Understood Through Statistics
So, perhaps humans exist at a time in our planet’s history similar to the main sequence stage of stellar development. The first stage was the birth and development of primitive cellular automaton. Then came creatures with greater spatial abilities, such as the dinosaurs. Then, intelligent species develop, capable of perceiving the concept I am currently writing about. This hypothesis would seem to be supported by humans, dolphins, and other mammals who are perhaps more intelligent than all previously existing species which have existed. Humans just happened to reach a higher level first. As these intelligent species grow in their capacity to alter their survival and comprehend their surroundings, another stage begins. What this next stage entails and the prediction of its outcomes is beyond human genetic capacity.
The point is this: being able to move about in the time dimension, it is possible to think about and understand our space universe in a different perspective.

Page 7 of 12

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