Moos erzeugt elektrische Wellen, die verblüffend wie ein neuronales Netzwerk aussehen. Eine Studie zeigt, dass Moospolster eine überraschend komplexe elektrische Aktivität erzeugen, mit Mustern, die in dynamischen Wellen über die samtige Fläche wellen.
https://www.sciencealert.com/moss-behaves-a-little-like-a-really-slow-brain-scientist-discovers
26 Kommentare
-Mosses are some of the earliest plants that appeared in the fossil record, but they’re anything but simple.
A new [study](https://royalsocietypublishing.org/rsos/article/13/7/252341/482568/Multi-scale-electrical-activity-and-signal), published in Royal Society Open Science, reveals that moss cushions produce surprisingly complex electrical activity, with patterns that undulate across the velvety patch in dynamic waves.
The study’s sole author, Andy Adamatzky, is actually a computer scientist, whose fascination with unconventional ‚computing‘ systems like slime molds, crowds, and mycelium networks has now led him to a new subject: the humble moss, Brachythecium rutabulum.
„Plants and bryophytes display diverse forms of electrical activity, yet the organization of endogenous signals in mosses has received little attention,“ Adamatzky writes in his new paper.
His findings suggest that „moss cushions behave as spatially distributed excitable systems potentially capable of coordinating and integrating electrical signals across both space and time.“
Moss cushions are actually many individual clones of the same teensy tiny plant.
If you look really, really closely at a mat of moss, you can see it is made up of simple, minute leaves on stems, similar to those of their larger plant relatives.
But the stems of mosses are actually much less useful at moving water and nutrients around the body of the plant.
Large Landscapes of Moss ))
„You waited so long to heed us, earthdeidre, Almost we pruned you, as we may yet prune your branches.“
-Lady Deirdre Skye, „Conversations With Planet“
That moment you realize plants have been around for 800 million more years than animals, and have a few tricks that we’re only just learning about
Yes yes, we’ve all seen avatar. Eywa is real!
Kate Moss – „They’re onto us!“
Moss is above ground mycelium?
Reminds me of this Greg Egan SF short story – Wangs carpets. https://en.wikipedia.org/wiki/Wang%27s_Carpets
Moss generating a neural network sounds like something Grimes would post on twitter.
Makes ya think about how little we really understand life though.
But can it run Doom? If yes, I will take like 4 bushels or whatever.
Oranges also look like planets. Tree branches look like fingers. Clouds look like dogs. *science gives up, slop wins*
Well what did you expect? The Earth needs a lit if tiny processors if its gonna calculte the ultimate question of Life, The Universe, and Everything its why so much of the planet is thinking. Mushrooms? Kind of like Neurons, Moss is thinking, course it is, it has an answer it needs a question for!
Isn’t this also similar to how mycelium behave?
I was reading about this last night, it’s pretty interesting. It doesn’t mean moss has a brain or consciousness though. The main finding is that groups of moss cells generate coordinated electrical signals that spread through the colony, much like other living tissues use electrical activity to coordinate responses. Similar electrical signaling also occurs in fungi, plants like the Venus flytrap, and even roots.
> For one, there were no negative control recordings, using the same electrode method on an inert substrate (rather than living moss) to rule out electrical signals being the result of something other than the moss – the instruments, for example.
Well that’s less than inspiring.
Poke the same electrodes in basically any organic system and you’d see the same. Great assumptions they’re making off of little information. I don’t see the value or novelty in their observations. But I hope their research grants are funded nonetheless by including AI related buzzwords.
If mosses somehow or another managed to evolve to produce electrical signals, it stands to reason that they would be doing so in order to communicate. One of the basic principles of life seems to be that organisms conserve metabolic energy unless it serves a purpose. The energy needed to develop and operate a mechanism to generate electrical signals would certainly seem to fall under this guideline.
This is how the protomolecule starts
Cool, but *why* evolution would preserve such coordinated activity? Does it really have some intellect/coordination on its growth, and if so, why? Many other plants seemingly just grow where ever they can.
Ah, so many questions.
I invite everyone to try the experience of eating a heroic dose of magic mushrooms in a mountainous wetlands that is entirely moss covered. You can feel their pulse. A united network.
Similarly, brain-like electrical activity in
Bacterial biofilms
https://www.quantamagazine.org/bacteria-use-brainlike-bursts-of-electricity-to-communicate-20170905/
Fungus (that controls a robot)
https://www.science.org/doi/10.1126/scirobotics.adk8019
Balls of frog skin
https://pmc.ncbi.nlm.nih.gov/articles/PMC12520083/
I mean… so do ants, minus the electromagnetism
This is incredibly unscientific, but you know how humans have this innate drive to “be part of something bugger than ourselves”? I just think that’s interesting.
Do nanobots dream of electric moss?
IRL Avatar neural networks? Very interesting.
This reads like slop. „Dynamic waves?“ as opposed to what exactly, those famous non-dynamic waves? Wouldn’t it make sense for the effects of three dimensional occurrences to propagate through a two dimensional plane as a wave. Couldn’t they just be observing each individual reacting to the same external stimuli in turn like waves move across a pond? Even calling it a „signal“ is jumping to conclusions. They recorded a pattern.
No control? They haven’t even determined if they were just recording interference with their equipment.
I mean, this research is aimed at turning mossy brick walls into computers….