McKenna was 'collecting butterflies': "more than two thousand of them netted in Indonesia and Columbia". That almost sounds like code for some other nefarious work. hmmm...
Do mushrooms have organisation? Well I think they certainly have agency.
I've heard McKenna's admission. But even before that, I always presumed anyone connected with Esalen is/was a spook.
Linda O. it does turn out Fungi have more than organization. I increasingly am of the opinion the Agency is in everything.
Fungal ‘Brains’ Can Think Like Human Minds, Scientists Say
They're not quite on our level, but they're not as far off as you might think.
By Jackie AppelPublished: Oct 23, 2024 8:30 AM EDT
bookmarksSave Article
white mushroom with mycelium, hyphae actually in the ground published by 'hausfrau' 19 1907vintage property of ullstein bild
ullstein bild Dtl.//Getty Images
A new study claims that fungi possess great intelligence to the point that they can make decisions.
A group of scientists tested how fungi would grow across patterns of blocks, and found that they grew in strategic, resource-preserving ways that indicate the ability for communication across the entire mycelial network.
These findings could not only lead to a better understanding of these relatively mysterious organisms, but to better comprehension of intelligence itself.
Who we are, what we do, how we think, and why we think are all wrapped up in the inner workings of our brains. Still the source of some of the biggest mysteries we as humans are investigating, the brain is a truly remarkable organ that is only just now starting to understand itself and the intelligence it facilitates.
As we continue to probe the depths of our own brains, we’re realizing more and more that intelligence is not a one-size-fits-all situation. Octopuses, for instance, are highly intelligent animals that don’t have a brain that looks anything like our own. Instead, they have what is called “distributed intelligence,” which allows each of their arms to literally think for itself.
Related Story
conceptual image of person with semitransparent head revealing amanita mushrooms
Magic Mushrooms May Have Shaped Our Consciousness
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But it gets (arguably) even weirder—especially when you leave behind the animal kingdom altogether. According to a new study, published in the journal Fungal Ecology, fungi may have their own unique measure of intelligence, making them capable of basic shape recognition and decision-making throughout the networks they build.
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“You’d be surprised at just how much fungi are capable of,” Yu Fukasawa, lead author of the study, said in a press release. “They have memories, they learn, and they can make decisions. Quite frankly, the differences in how they solve problems compared to humans is mind-blowing.”
When biologists talk about fungus, they don’t just mean mushrooms. Mushrooms are the parts of most fungi that you can see, but they’re far from the majority of the organism. Most of a fungus is located underground in the form of a root-like system known as the mycelium. Networks of mycelium, made up of thin, thread-like strands called hyphae, can be extraordinarily vast—in fact, the largest organism on Earth is a fungus known colloquially as the Humongous Fungus. Residing in the Malheur National Forest in Oregon, its mycelial network covers nearly four square miles.
"Symbiosis leads to hyper intelligence In this case, mushrooms or fungi attaches itself to another creature which has had an evolutionary push in the direction of tools, hands and language. The creature it is attached to may actually be less intelligent prior to the fungi becoming part of it. The fungi evolved in this way in order to spread more efficiently and create and environment more suited for itself. The host creature benefits by becoming smarter and being better able to survive, through such things as chemical secretion. The mushroom bit might be only part that serves for a higher functioning and brain-power, but this would solve the problem of mobility and the evolution of hands. There are animals upon which fungi grows. A sloth-like creature might be a good start. If the fungi rewires it enough, it may become faster and when it is totally taken over, looks less like a sloth and more like a mushroom.
Networking Intelligence In this version of things, the more of them there are in an area, the smarter they are. Mycelium is highly adaptive. This intelligence has helped them to survive more efficiently. While they might be as smart as humans or smarter, they would not necessarily communicate using sounds and words. Their entire language can be chemically based. Each bit of them performs a specific function of thinking in the colony, though they all share knowledge. In this case, one mushroom may actually be mobile, while the others just hang out in the soil."
McKenna observed that Fungi might be best understood as ET. Terence proposed the Psilocybin Panspermia Theory: mushrooms arrived on Earth as spores from the cosmos, resilient and adaptable voyagers that could survive in the vacuum for millions of years.
Progressive is the nice way of saying COMMUNISM!! Remember "boil the frogs" You don't want to turn up the heat too much! We are almost at a boiling point, stay tuned for the fun!!
McKenna was 'collecting butterflies': "more than two thousand of them netted in Indonesia and Columbia". That almost sounds like code for some other nefarious work. hmmm...
Do mushrooms have organisation? Well I think they certainly have agency.
I've heard McKenna's admission. But even before that, I always presumed anyone connected with Esalen is/was a spook.
Linda O. it does turn out Fungi have more than organization. I increasingly am of the opinion the Agency is in everything.
Fungal ‘Brains’ Can Think Like Human Minds, Scientists Say
They're not quite on our level, but they're not as far off as you might think.
By Jackie AppelPublished: Oct 23, 2024 8:30 AM EDT
bookmarksSave Article
white mushroom with mycelium, hyphae actually in the ground published by 'hausfrau' 19 1907vintage property of ullstein bild
ullstein bild Dtl.//Getty Images
A new study claims that fungi possess great intelligence to the point that they can make decisions.
A group of scientists tested how fungi would grow across patterns of blocks, and found that they grew in strategic, resource-preserving ways that indicate the ability for communication across the entire mycelial network.
These findings could not only lead to a better understanding of these relatively mysterious organisms, but to better comprehension of intelligence itself.
Who we are, what we do, how we think, and why we think are all wrapped up in the inner workings of our brains. Still the source of some of the biggest mysteries we as humans are investigating, the brain is a truly remarkable organ that is only just now starting to understand itself and the intelligence it facilitates.
As we continue to probe the depths of our own brains, we’re realizing more and more that intelligence is not a one-size-fits-all situation. Octopuses, for instance, are highly intelligent animals that don’t have a brain that looks anything like our own. Instead, they have what is called “distributed intelligence,” which allows each of their arms to literally think for itself.
Related Story
conceptual image of person with semitransparent head revealing amanita mushrooms
Magic Mushrooms May Have Shaped Our Consciousness
Advertisement - Continue Reading Below
But it gets (arguably) even weirder—especially when you leave behind the animal kingdom altogether. According to a new study, published in the journal Fungal Ecology, fungi may have their own unique measure of intelligence, making them capable of basic shape recognition and decision-making throughout the networks they build.
More From Popular Mechanics
A Tool Box Must-Have: The Stud Finder
Pause
Mute
Enter Fullscreen
Playlist Back
Play
Playlist Forward
Closed Captions
Enter Fullscreen
Unmute
UNMUTE
“You’d be surprised at just how much fungi are capable of,” Yu Fukasawa, lead author of the study, said in a press release. “They have memories, they learn, and they can make decisions. Quite frankly, the differences in how they solve problems compared to humans is mind-blowing.”
When biologists talk about fungus, they don’t just mean mushrooms. Mushrooms are the parts of most fungi that you can see, but they’re far from the majority of the organism. Most of a fungus is located underground in the form of a root-like system known as the mycelium. Networks of mycelium, made up of thin, thread-like strands called hyphae, can be extraordinarily vast—in fact, the largest organism on Earth is a fungus known colloquially as the Humongous Fungus. Residing in the Malheur National Forest in Oregon, its mycelial network covers nearly four square miles.
network
Found this:
Paul Stamets:
"Symbiosis leads to hyper intelligence In this case, mushrooms or fungi attaches itself to another creature which has had an evolutionary push in the direction of tools, hands and language. The creature it is attached to may actually be less intelligent prior to the fungi becoming part of it. The fungi evolved in this way in order to spread more efficiently and create and environment more suited for itself. The host creature benefits by becoming smarter and being better able to survive, through such things as chemical secretion. The mushroom bit might be only part that serves for a higher functioning and brain-power, but this would solve the problem of mobility and the evolution of hands. There are animals upon which fungi grows. A sloth-like creature might be a good start. If the fungi rewires it enough, it may become faster and when it is totally taken over, looks less like a sloth and more like a mushroom.
Networking Intelligence In this version of things, the more of them there are in an area, the smarter they are. Mycelium is highly adaptive. This intelligence has helped them to survive more efficiently. While they might be as smart as humans or smarter, they would not necessarily communicate using sounds and words. Their entire language can be chemically based. Each bit of them performs a specific function of thinking in the colony, though they all share knowledge. In this case, one mushroom may actually be mobile, while the others just hang out in the soil."
There's the 'organizational ability'.
McKenna observed that Fungi might be best understood as ET. Terence proposed the Psilocybin Panspermia Theory: mushrooms arrived on Earth as spores from the cosmos, resilient and adaptable voyagers that could survive in the vacuum for millions of years.
Progressive is the nice way of saying COMMUNISM!! Remember "boil the frogs" You don't want to turn up the heat too much! We are almost at a boiling point, stay tuned for the fun!!