I have a feeling many of you will look back in years to come and remember this article. That is not pride talking…you will see what I mean by the end.
You might even remember the name of the Substack, something about lying and combing…?
Being nudged
Two of my readers (wm and The BarefootHealer, thank you) wrote this to me yesterday in the comments:
That is why we must always seek other forms of knowledge and experience to validate what we see. The very best is a deep connection to Gaia and Gaia theory as formulated by James Lovelock and Lynn Margulis.
I agree with JJ Couey. But he doesn't go back nearly far enough. The person that did is Lynn Margulis. She went back in support of James Lovelock's Gaia Hypothosis 4 billion years of life on Earth.
So import is this story most likely you have not heard about it. That is because it has been buried and appropriated. For example Gaia is now a pagan religion, the original Gaia of James Lovelock and Lynn Margulis is called Earth Systems Science.
I have mentioned Lynn Margulis. Her work, and her daughter's as well, are profound and the missing link that allows both germ theory and terrain theory to at once both be right, as well as not quite accurate. I'm hoping that Lynn will one day be recognised as she should be, a Galileo of modern times.
So, for starters I don’t know anything about Gaia Theory, Lovelock or Margulis. Nothing at all.
I have been nudged towards Gaia in the past, and with the best of intentions I simply haven’t had/created the bandwidth to go, read, understand and do the subject justice. As you will see, there is a breadth and depth to the work of Lovelock and Margulis that is breathtaking, and it seems has been a purposefully forgotten part of our scientific history.
I don’t know if Gaia Theory is right, or how much truth it hovers over, but let’s just say that it feels right to me, now that I have spent some time on it, and the fact that it has been so memory holed further supports that idea.
I’m grateful for all the nudging I get from my readers.
Let’s pause this story here and we will come back to it shortly…
A family email
Sent today.
In years to come, we will reflect on this email. It’s a turning point.
I have been spending a bit of time recently wrapping my head around where AI is at, at least where it is at in a retail sense, in the public domain. What we see is always a pimple on the bum of what we don’t see.
I have spent some time today with ChatGPT, it’s a free open AI. I have been “talking” with it, or should I say learning to talk and interact with it.
I asked it some questions today about Dostoevsky, Gaia Theory, polio, Lynn Margulis and the attached about hay fever and vit C and quercetin.
We need to expand our minds regarding what this means, and how to think about what this can do for us. Here is a list of “prompts” to get your juices flowing:
100 Best ChatGPT Prompts to Unleash AI's Potential | Metaverse Post (mpost.io)
Writing the Best Prompts for ChatGPT | by Burak Altın | Dec, 2022 | Medium
Warning! These Best ChatGPT Examples Will Blow Your Mind! (pathofex.com)
We are literally at the tip, of the tip, of the iceberg and we will be only limited by our knowledge and imagination regarding how to use this new “entity”.
On a philosophical front, all technology is value neutral, it just is. The question is how will it be used? The answer is that it will be the source of untold good in the world that we cannot even imagine, while being the source of untold evil in the world that we cannot even imagine.
Let us be alert and ready for both.
This might take a while for the penny to drop.
But I suggest that you make yourself a cup of tea, or maybe something stronger, like a scotch, get comfortable in your chair with you PC and open up ChatGPT, signup with email and password, and start interacting with it.
Initially your mind will be in “search engine” mode, but this is not a search engine. I think it’s better to think of it as an “entity” a baby entity at that, but entity still.
The first of the three lists above, 100 best ChatGPT Prompts…, is a good collection of categorised ideas on SOME of the things it can do. Read through it and let your imagination wander.
Go to YouTube and look at some of the many videos that are popping up about it.
We will be limited by our imagination…
Let’s now go back to the Gaia story.
Gaia
So, I’m sitting in front of my PC, staring at the AI on the screen, and thoughts about Gaia floated through my mind, so I typed in this prompt.
summarize gaia theory for me in 1,000 words
I did it three times to see what the difference would be each time. Here are the three sets of answers that the AI wrote for me within seconds.
Prompt 1/3
summarize gaia theory for me in 1,000 words
Gaia theory, also known as the Gaia hypothesis, is a scientific theory proposing that Earth's biosphere (living organisms and their environments) functions as a self-regulating system. The theory was developed by James Lovelock and Lynn Margulis in the 1970s and has since gained a significant following in the scientific community.
According to the theory, the Earth's biosphere operates in a way that helps to maintain conditions suitable for life on the planet. This includes maintaining a stable temperature, chemical composition of the atmosphere and oceans, and other factors that are necessary for life to thrive. The theory suggests that living organisms, along with the non-living components of the planet (such as the atmosphere and oceans), work together as a single self-regulating system to maintain these conditions.
The Gaia hypothesis is based on the observation that living organisms have a profound influence on their environment. For example, plants absorb carbon dioxide from the atmosphere and release oxygen, which is necessary for other organisms to survive. In turn, these other organisms contribute to the maintenance of the environment in various ways, such as through the decomposition of organic matter and the cycling of nutrients.
According to Gaia theory, the Earth's biosphere has evolved over time to become more efficient at maintaining the conditions necessary for life. For example, the development of photosynthesis in plants allowed for the production of oxygen, which helped to create the conditions necessary for the evolution of complex life forms.
One of the key tenets of Gaia theory is that the Earth's biosphere has a certain degree of homeostasis, or the ability to maintain a stable internal environment. This homeostasis is maintained through feedback mechanisms that help to regulate various processes within the biosphere. For example, if the concentration of carbon dioxide in the atmosphere begins to increase, plants will absorb more of it, helping to maintain a stable level of the gas.
Some proponents of Gaia theory argue that the Earth's biosphere is so complex and interconnected that it should be considered a single "superorganism" with its own consciousness and purpose. This idea is controversial within the scientific community and is not widely accepted.
Despite the controversy surrounding some aspects of Gaia theory, it has had a significant impact on the way scientists think about the relationship between living organisms and their environment. It has also influenced the development of new approaches to environmental management and sustainability.
In conclusion, Gaia theory is a scientific theory that proposes that the Earth's biosphere functions as a self-regulating system, with living organisms and non-living components working together to maintain conditions suitable for life. While some aspects of the theory are controversial, it has had a significant impact on our understanding of the relationship between living organisms and their environment and has influenced approaches to environmental management and sustainability.
Prompt 2/3
summarize gaia theory for me in 1,000 words
The Gaia Theory, proposed by James Lovelock in the 1970s, is a scientific hypothesis that suggests that Earth functions as a self-regulating system, with all of its living and non-living components working together to maintain conditions suitable for life. According to this theory, the Earth is a complex, interconnected web of life that includes the atmosphere, oceans, and land, as well as all the living organisms that inhabit these areas.
According to Lovelock, the Earth is not just a collection of random elements, but rather a single, interconnected organism that acts as a self-regulating system. This system is made up of various feedback loops that maintain a balance between the various components of the Earth, ensuring that the conditions are suitable for life to thrive.
One of the key components of the Gaia Theory is the concept of homeostasis, which refers to the ability of the Earth to maintain a stable internal environment despite external changes. This is achieved through various processes, such as the carbon cycle, which helps to regulate the levels of carbon dioxide in the atmosphere.
The Gaia Theory also suggests that life on Earth has played a significant role in shaping the conditions of the planet. For example, plants and other photosynthesizing organisms are thought to have played a key role in the development of the Earth's atmosphere. These organisms take in carbon dioxide and release oxygen, which has helped to create the oxygen-rich atmosphere that is necessary for most forms of life on Earth.
Another key aspect of the Gaia Theory is the concept of symbiosis, or the idea that different species work together to maintain the balance of the Earth's systems. This can be seen in the relationship between plants and animals, as well as between different types of bacteria and other microorganisms.
Despite the widespread acceptance of many of the concepts put forth by the Gaia Theory, it has also been met with some criticism. Some scientists argue that the Earth's systems are too complex to be fully understood and that the Gaia Theory oversimplifies the processes that regulate the Earth's environment.
Overall, the Gaia Theory provides a unique perspective on the interconnectedness of life on Earth and the role that living organisms play in shaping the conditions of the planet. While it is still a subject of debate among scientists, the Gaia Theory has helped to increase our understanding of the complex systems that make life on Earth possible.
Prompt 3/3
summarize gaia theory for me in 1,000 words
The Gaia theory, also known as the Gaia hypothesis, is a scientific theory that suggests that the Earth's biosphere, atmosphere, oceans, and soil are interconnected and function as a single self-regulating system. The theory was first proposed by James Lovelock and Lynn Margulis in the 1970s, and it has since gained widespread attention and support from the scientific community.
According to the Gaia theory, the Earth's biosphere, which includes all living organisms and their interactions, is constantly interacting with and influencing the Earth's non-living systems, such as the atmosphere, oceans, and soil. This interaction helps to maintain a stable and hospitable environment for life on Earth.
One of the key components of the Gaia theory is the idea that living organisms have the ability to influence their own environment and maintain conditions that are conducive to their own survival. This includes processes such as photosynthesis, which helps to regulate the amount of carbon dioxide in the atmosphere, and the cycling of nutrients in the soil.
The Gaia theory also suggests that living organisms have the ability to adapt and evolve in response to changes in their environment. This adaptation can help to maintain the balance of the Earth's systems and ensure the continued survival of life on the planet.
One of the main criticisms of the Gaia theory is that it is based on a holistic approach to understanding the Earth's systems, which some scientists argue is not supported by empirical evidence. However, many scientists believe that the Gaia theory provides a valuable perspective on the interconnectedness of the Earth's systems and the role that living organisms play in maintaining a stable and hospitable environment for life.
Over the years, the Gaia theory has inspired a wide range of research and has influenced many different scientific fields, including biology, ecology, atmospheric science, and geology. It has also sparked debates about the role of humans in the Earth's systems and the potential impacts of human activities on the environment.
One of the main criticisms of the Gaia theory is that it suggests that the Earth's systems are in some way self-regulating and that living organisms have the ability to influence their own environment. Some scientists argue that this is not supported by empirical evidence and that the Earth's systems are more complex and less predictable than the Gaia theory suggests.
Despite these criticisms, the Gaia theory has gained widespread support from the scientific community and has helped to shape our understanding of the Earth's systems and the role that living organisms play in maintaining a stable and hospitable environment for life. Many scientists believe that the Gaia theory provides a valuable perspective on the interconnectedness of the Earth's systems and the potential impacts of human activities on the environment.
What do you think?
Not about Gaia, although I find that amazing and I would say likely true, certainly truer than the two-dimensional bullshit we have been fed for decades. I think for those that have studied Gaia over the years, it might be too basic (let me know what you think), but for everyone else it feels like a great start.
But I mean, what do you think about the fact that an AI put all that together for me in seconds?
Next I asked it to: explain gaia theory to me, like i am a six year old
Sure! Gaia theory is a scientific idea that says that the Earth is like a single, big organism. It says that all the different parts of the Earth, like the air, water, plants, animals, and even the rocks and soil, all work together to keep the Earth healthy and strong.
One way that the different parts of the Earth work together is by helping to regulate the temperature of the planet. For example, trees and plants absorb carbon dioxide from the air and use it to make food. This helps to keep the air clean and cool.
Another way that the different parts of the Earth work together is by helping to keep the balance of different substances in the environment. For example, when an animal eats plants, it helps to keep the plants from growing too much. This helps to keep the balance of nutrients in the soil.
Overall, the idea of Gaia theory is that the Earth is one big, interconnected system that depends on all its parts working together to stay healthy. It's a really interesting way of thinking about how the Earth works and how we can take care of it!
Next prompt: the most important people that agree with James Lovelock and Lynn Margulis
James Lovelock and Lynn Margulis are both renowned scientists who have made significant contributions to the field of biology and the study of the Earth's systems. Lovelock is best known for his theory of the Gaia hypothesis, which proposes that the Earth's living and nonliving components are interconnected and work together as a single, self-regulating system. Margulis is known for her work on the theory of symbiogenesis, which suggests that new species can arise through the merging of two different organisms.
There are many scientists and researchers who agree with and have supported the ideas proposed by Lovelock and Margulis. Some notable figures in this regard include:
E.O. Wilson, a renowned biologist and pioneer in the study of biodiversity and social insects, who has supported the Gaia hypothesis and has described it as "a beautiful idea that deserves to be tested."
Richard Dawkins, a prominent evolutionary biologist and author, who has endorsed the Gaia hypothesis and has described it as "an elegant and inspiring vision of the living world."
David Suzuki, a prominent environmentalist and scientist, who has supported the Gaia hypothesis and has described it as "a revolutionary concept that has the potential to change the way we think about the environment."
Edward O. Wilson, a renowned biologist and pioneer in the study of biodiversity and social insects, who has supported the Gaia hypothesis and has described it as "a beautiful idea that deserves to be tested."
Jane Goodall, a renowned primatologist and conservationist, who has endorsed the Gaia hypothesis and has described it as "a powerful and inspiring vision of the living world."
Overall, there are many scientists and researchers who have supported and endorsed the ideas proposed by Lovelock and Margulis, and their contributions to our understanding of the Earth's systems and the origins of life have had a significant impact on the scientific community.
I also asked it to:
write me a poem about Gates and Fauci getting married and adopting three girls
create song lyrics about a family of happy meerkats living in Florence
list all the world cup winners and then sort by average height from tallest to shortest
list all Dutch Prime Ministers and list by height
write 1,000 words summarizing Viktor Frankl’s world view, philosophy and logotherapy
And it managed to do all of that, to near perfection and within seconds.
Let’s end on a funny note. This from the AI:
Prompt: write three jokes about gaia theory
1. Why was the Gaia Theory so unpopular at the science fair? Because it was a total earth-ist!
2. Why did the Gaia Theory get kicked out of the science club? Because it was always trying to change the atmosphere!
3. What did the Gaia Theory say to the geologist? "Hey, I'm not just a theory, I'm a fact of life!"
Ok, it’s not very funny YET, but it’s getting there. You try coming up with three jokes about Gaia theory within seconds!
This “entity” will be the source of untold good in the world that we cannot even imagine, while being the source of untold evil in the world that we cannot even imagine.
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I have deep concerns about AI and its sibling Transhumanism. The root of my concern is we become enamored with tech and stop, connecting and learning what being human and being a part of Gaia is.
Alpha Go is an AI neural net program that beat the Korean reigning Go Champion Lee Sedol in March 2016. But Lee could have beat it easily by unplugging it. He could have cheated etc. He could have used all the ways that humanity is cheated by Corporate and Global banking interests to name a mere two. But Lee Sedol is very ethical and played honestly. He won 1 game out of 5.
Consider the Polynesian Navigators. "Hawaiki Rising is the saga of an astonishing revival of indigenous culture by voyagers who took hold of the old story and sailed deep into their ancestral past. (Sam Low author of Hawikee Rising)". The Polynesians navigated the entire Pacific Ocean without sextant, tables, math models, etc. They did it by being connected deeply to the Ocean, Islands, Sky, Sun Moon Stars. If there hadn't been a few of the nearly extinct masters of navigation, the modern man and scientist would never have believed an ability like that was possible.
We as humans don't even know who or what we are. Yet we chase the externalization of one aspect of humanity and make of it a god. We used to model for our children and require of them behavior that was respectful of the other kids and/or brothers and sisters in the family. Yet at the international level nations cannot behave as they require their citizens to. And we rush to teach AI how to think and act.
Each interaction an individual has with AI is teaching AI far more about you than you are learning about AI.
AI said this about oxygen and Gaia: "For example, plants absorb carbon dioxide from the atmosphere and release oxygen, which is necessary for other organisms to survive. "
Actually this particular function is late in the evolution of Gaia/Earth. Cyanobacteria are the ones who break the water molecule to use hydrogen and release oxygen. They do this at room temperature. To date humans (after decades of study) cannot crack the H2O molecule with a net energy gain. If you wish you can buy the book below to find out more:
Microcosmos Four Billion Years of Microbial Evolution
Chpt 6. The Oxygen Holocaust
I have been trying the "chat". I decided to stick with my area of expertise (organic chemistry and synthetic organic chemistry). Very technical questions. The AI failed spectacularly, and some answers were absolute non-sense, but masterly stitched together in a coherent sense. When the mistakes were pointed out, the system would politely apologize, retract the wrong question and issue a correction. On one iteration, when asked the technical question again after correction, the system replied with the same wrong answer. However, when these questions were repeated in close temporal proximity within the same session, the AI would "learn" and not repeat the error.