Synopsis of Social media discussions
The discussions emphasize the remarkable problem-solving skills of slime molds, citing examples like navigating mazes and comparing the externalized memory to artificial intelligence methods. The tone is curious and appreciative, highlighting the research's importance and innovative nature, which signals high relevance and transformative potential.
Agreement
Strong agreementMost posts strongly affirm the significance of the research, emphasizing the mold’s problem-solving abilities and externalized memory, indicating full agreement with the study’s implications.
Interest
High level of interestPosts demonstrate high curiosity, referencing related papers and broader implications, reflecting strong engagement with the topic.
Engagement
High engagementComments include detailed examples, such as comparing slime mold's navigation to deep reinforcement learning and mentioning external cognition, showing deep analytical discussion.
Impact
High level of impactDiscussions highlight the revolutionary potential of understanding non-neuronal memory systems, suggesting significant influence on fields like robotics, AI, and cognitive science.
Social Mentions
YouTube
3 Videos
Bluesky
1 Posts
16 Posts
14 Posts
Blogs
18 Articles
News
32 Articles
3 Posts
Metrics
Video Views
4,847,294
Total Likes
160,831
Extended Reach
4,919,972
Social Features
87
Timeline: Posts about article
Top Social Media Posts
Tim Rocktäschel
A slime mold can solve what millions of steps of tabula-rasa deep reinforcement learning can't.
Reid, C. R., Latty, T., Dussutour, A., & Beekman, M. (2012). Slime mold uses an externalized spatial “memory” to navigate in complex environments. Proceedings of the National Academy https://t.co/ZRdSr0h5Sw
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Mary WildBehav
Os dejo por aquí unos papers sobre este fascinante moho que en realidad es una ameba
#NingunHiloSinSuPaper
https://t.co/2ZrCMukXg5
https://t.co/YxKr74e3LI
https://t.co/OyrVdtdKKd
https://t.co/WFitTz5Ryj
https://t.co/GtIiICxsEV
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Umberto León Domínguez
El Slime Mold (fungi) tiene extended cognition
https://t.co/s79GaaJTzZ https://t.co/mNMqyUUZGM
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Pasquale Minervini
RT @_rockt: A slime mold can solve what millions of steps of tabula-rasa deep reinforcement learning can't.
Reid, C. R., Latty, T., Dussut…
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Sharath Raparthy
RT @_rockt: A slime mold can solve what millions of steps of tabula-rasa deep reinforcement learning can't.
Reid, C. R., Latty, T., Dussut…
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Posts referencing the article
Discovering Habituation in Smart Slime Moulds
Researchers demonstrate that the slime mould Physarum polycephalum can exhibit habituation, a form of learning typically associated with neural organisms. This groundbreaking discovery suggests non-neural organisms, like slime moulds, may offer insights into the fundamental mechanisms of learning.
January 31, 2023
3,904,862 views
Habituation Insights: Learning in Slime Molds
This video explores the capabilities of slime molds, specifically Physarum polycephalum, to exhibit habituation—a learning process seen in neural organisms. Discover how these remarkable creatures respond to repeated stimuli and their potential roles in understanding learning evolution.
February 4, 2023
939,818 views
Fascinating Learning Abilities of Physarum Polycephalum in Space Exploration
Ni animal ni végétal ni champignon le Blob fait preuve de capacités étonnantes telles que l'apprentissage. This video explores five surprising facts about Physarum polycephalum, a unicellular organism capable of memory and adaptation, with potential applications in space.
March 30, 2021
2,615 views
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RT @_rockt: A slime mold can solve what millions of steps of tabula-rasa deep reinforcement learning can't. Reid, C. R., Latty, T., Dussut…
view full postAugust 5, 2025
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Phillip J.K. Christoffersen
@philljkc (Twitter)RT @_rockt: A slime mold can solve what millions of steps of tabula-rasa deep reinforcement learning can't. Reid, C. R., Latty, T., Dussut…
view full postJanuary 18, 2025
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Sharath Raparthy
@sharathraparthy (Twitter)RT @_rockt: A slime mold can solve what millions of steps of tabula-rasa deep reinforcement learning can't. Reid, C. R., Latty, T., Dussut…
view full postJanuary 5, 2025
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Zhipeng Huang
@nopainkiller (Twitter)RT @_rockt: A slime mold can solve what millions of steps of tabula-rasa deep reinforcement learning can't. Reid, C. R., Latty, T., Dussut…
view full postJanuary 4, 2025
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Jiri Fajtl
@ok1zjf (Twitter)RT @_rockt: A slime mold can solve what millions of steps of tabula-rasa deep reinforcement learning can't. Reid, C. R., Latty, T., Dussut…
view full postJanuary 4, 2025
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Pasquale Minervini
@PMinervini (Twitter)RT @_rockt: A slime mold can solve what millions of steps of tabula-rasa deep reinforcement learning can't. Reid, C. R., Latty, T., Dussut…
view full postJanuary 4, 2025
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Tim Rocktäschel
@_rockt (Twitter)A slime mold can solve what millions of steps of tabula-rasa deep reinforcement learning can't. Reid, C. R., Latty, T., Dussutour, A., & Beekman, M. (2012). Slime mold uses an externalized spatial “memory” to navigate in complex environments. Proceedings of the National Academy https://t.co/ZRdSr0h5Sw
view full postJanuary 4, 2025
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Umberto León Domínguez
@umbertoleon (Twitter)El Slime Mold (fungi) tiene extended cognition https://t.co/s79GaaJTzZ https://t.co/mNMqyUUZGM
view full postJanuary 30, 2024
1
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Dios, que pereza ser yo
@JCHxD1 (Twitter)RT @wildbehav: Os dejo por aquí unos papers sobre este fascinante moho que en realidad es una ameba #NingunHiloSinSuPaper https://t.co/2Z…
view full postMay 3, 2023
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Jaminton
@Jaminton777 (Twitter)RT @wildbehav: Os dejo por aquí unos papers sobre este fascinante moho que en realidad es una ameba #NingunHiloSinSuPaper https://t.co/2Z…
view full postMay 2, 2023
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Mary WildBehav
@wildbehav (Twitter)Os dejo por aquí unos papers sobre este fascinante moho que en realidad es una ameba #NingunHiloSinSuPaper https://t.co/2ZrCMukXg5 https://t.co/YxKr74e3LI https://t.co/OyrVdtdKKd https://t.co/WFitTz5Ryj https://t.co/GtIiICxsEV
view full postMay 2, 2023
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@ivacheung.com (Bluesky)https://www.youtube.com/watch?v=k_GTIL7AECQ
view full postJanuary 31, 2023
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NottingHillNapoleon
@N_H_Napoleon (Twitter)Came across this great paper while doing some out-of-the-box research while coding a ConceptNet literal to metaphor translator. You don't necessarily need internal intelligence to come up with smart solutions. https://t.co/VII0bCE99g
view full postJanuary 30, 2023
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Protonize
@TheProtShow (Twitter)# How Can a Slime Mold Solve a Maze? The Physiology Course is Finding Out, 2017 https://t.co/nz5ZCknyTL _________________________ #Slime mold uses an externalized spatial “memory” to navigate in complex environments, 2012 https://t.co/Vy3i5iilqT
view full postJuly 7, 2021
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John Walling
@JohnKI7YRA (Twitter)Slime mold uses an externalized spatial “memory” to navigate in complex environments https://t.co/eg2wzWrPUi I use the placement of objects as externalized memory, not just for spatial memory, but also for task memory.
view full postDecember 8, 2020
Abstract Synopsis
- The slime mold Physarum polycephalum, which has no brain, can develop an external form of spatial memory by avoiding areas it has previously explored, helping it navigate complex environments.
- This externalized memory allows the slime mold to solve the Ushaped trap problem, a test requiring it to bypass barriers and reach a goal, demonstrating advanced navigational skills without gradient-following.
- The study suggests that such external spatial memory in slime molds supports the idea that simple, non-neuronal organisms use external memory systems as a precursor to the internal memory seen in more complex animals.
Jitendra Kumar Sharma
@jkumarsharma998 (Twitter)