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Is Slime Mold Actually Intelligent? New Studies Suggest So

Di: Ava

That the slime mold is incorporated into the work outsources some of the decision-making process to spatial, non-human intelligence, which is interpretable only through

Are You Smarter Than A Slime Mold?

Levin’s study published last week shows a slime mold, a brainless blob called Physarum, sensing cues in its environment and making a decision about where to grow. The That is, they farm bacteria. Instead of eating all bacteria in their patch, the slime mold incorporates some into its fruiting bodies so that they can ‘seed’ the new environment the

Eight smart things slime molds can do without a brain | NOVA | PBS

By doing so much with so little, slime molds represent a successful and admirable alternative to convoluted brain-based intelligence. You might say that they break the mold. The slime mould Physarum polycephalum has been used in developing unconventional computing devices for in which the slime mould played a role of a sensing,

Researchers have identified how the slime mold Physarum polycephalum saves memories — although it has no nervous system. The slime mold’s ability to find its way through different mazes was studied by Smith-Ferguson et al (2017), highlighting the importance of slime secretion as extracellular

Slime molds are composed of simple units that aggregate into networks that exhibit sophisticated emergent responses. These networks operate as smart b

The Brainless Slime That Can Learn By Fusing

That can grow huge. One of the most fascinating things about slime molds is their ability to solve complex problems. Despite lacking a brain, these organisms are capable of forming intricate Applications of Slime Mold in Optimization Problems Slime molds can solve the traveling salesman problem in linear time, unlike traditional computers, which face exponential In the quest to augment computational prowess, „Biologically Inspired Computation: Learning from the Adaptive Networks of Slime Mold“ takes a leaf from the less

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But do these results prove that slime molds — and perhaps a wide range of other organisms that lack brains — can exhibit a form of primitive cognition? Slime molds are More recently, researchers have found that the tissue structure of the slime mold resembles that of animals—animals usually thought of as “more sophisticated” than slime

Latty studies cognition in both insects and slime molds, and though we don’t give insects much credit for their intelligence, with slime molds, the tricky concept of cognition gets even weirder.

4. Slime Mold and Biocomputer acteria level has already begun. Among them, the slime mold computer, which has been studied by Toshiyuki Nakagaki and Ryo Kobayashi, Slime molds are intelligent, but they are single-celled creatures with no brains.How is that possible?↓ More info and sources below ↓I really hope you guys c

Brainless, Footless Slime Molds Are Weirdly Intelligent and Mobile

Two choices for “intelligent” acting fungus: cordyceps and slime mold. Cordyceps could (in a story) have evolved to infect higher orders of life, or even only advanced life forms- and, say,

Much of slime mold research has its roots in Japan, in part because Emperor Hirohito himself was a biologist who loved slime molds and even discovered a new species. Thus a few constraints make simple P. polycephalum capable of some intelligent food-seeking behaviors. The activity of slime mold may be considered an example of minimal Lycogala epidendrum was the first slime mold to be discussed scientifically, by Thomas Panckow in 1654. [1] The first account of slime molds was Thomas Panckow [de] ’s 1654 discussion of

Mold says „I’m gonna expand so I can get nutrients“. Slime mold expands everywhere. Mold says „ok here’s where the nutrients are, I guess I don’t need to be everywhere else“. Mold contracts In this study, the researchers examined the decision-making ability of slime mold using a test classically used in humans, birds and other brained organisms: the two-armed bandit problem,

Trump doesn’t have a science adviser. This slime mold is available. Hampshire College has promoted a brainless slime mold to its faculty. And it’s working on border policy. The slime mold Physarum Polycephalum is known to possess basic learning and habituation abilities, but do other slime molds have these same abilities? The only studies I could find on Dictyostelium aggregations on a culture plate Dictyostelium colony in process of aggregation Pseudoplasmodium or „slug“ of a Dictyostelium Single amoeboid cell of Dictyostelium, showing

So I’m going with slime molds as the most likely thing. Fantasy worlds won’t necessarily have the science to know that the creature moving around is not actually an animal. Photograph by ViniSouza128/istock Understanding how slime molds “think” puts human intelligence into perspective, as well. Many people conceive of cognition as a “chemical

Moreover, a new type of computer is in the works that applies the information processing abilities of slime molds. The latest research looks into Inspired by biological design and self-organizing systems, artist Heather Barnett co-creates with physarum polycephalum, a eukaryotic microorganism that lives in cool, moist areas. What can By Lindsay Brownell (BOSTON) — If you didn’t have a brain, could you still figure out where you were and navigate your surroundings? Thanks to

What a brainless slime mold can teach us about decision-making, intellectual curiosity, and thriving in an uncertain world. This followed previous research from Dussutour and her colleagues, who discovered that blobs of slime mold could learn and

Cellular intelligence is best suited for highly parallel and non-determinstic tasks. I’m not just pulling this out of my ass, there is a whole Nature article about this. One major practical application