Source: https://t.co/7r2jRv3WBu Some screenshots below, too, because it's paywalled. Also posted here: https://t.co/FZzxcFgCOY https://t.co/Ig5j2ZSqka
Sensorimotor control of robots mediated by electrophysiological measurements of fungal mycelia.
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Aug 2024 – Sep 2025Where it's discussed
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AI synopsis
What people are saying
The group shows a high level of interest and engagement, evident from enthusiastic comments like 'WAAAA acabamos de descubrir que están implementando robótica con parte de hongos, es genial!!' and mentions of how fungi can be programmed to control movements or communicate. The tone combines curiosity, excitement, and recognition of the research's significance, reflecting shared fascination with the biological innovation and its possible applications in robotics.
Most discussions acknowledge the novelty and potential of using fungi for robot control, showing a general agreement with the significance of the research.
Posts display high curiosity and enthusiasm, with numerous references to fungi controlling robots, signaling strong interest.
Many contributors reference specific methods, potential applications, and express excitement, indicating deep engagement.
The discussions hint at the research's potential to influence biohybrid robotics and inspire future innovations, though it remains somewhat speculative.
Abstract in brief
- The study explores using fungal mycelia as a living, durable component in biohybrid robots by leveraging their electrical activity to control robot movements and respond to environmental stimuli.
- It introduces innovations such as a shielded electrical interface for stable long-term recordings and a control system inspired by neural networks that translate mycelial signals into robotic actions.
- The researchers successfully demonstrated this approach with both a soft walking robot and a wheeled robot, showing that mycelia can sense the environment using light stimulation to change robot behaviors.]
Top posts
Most liked on X and Blueskyمقاله هفته پیش توی مجله Science چاپ شده (لینک زیر) https://t.co/7ZvkeGEW8I
¿Quien sube videos a las 3 am? yo: oh, cielos. 4 de la mañana :D Ya hay video nuevo XD Ahi por si se van a desvelar mas https://t.co/QusEZhH6oy https://t.co/yOOPseoMUm
@TheProjectUnity Mushrooms like UV light. https://t.co/AyGTydsL22
Naprzód Grzybo-roboty! Tak zwane roboty „biohybrydowe”, które łączą żywą tkankę z materiałami robotycznymi, są bardziej wyrafinowane niż kiedykolwiek. Większość opiera się o komórki zwierząt lub roślin, ale badacze skupiają się również na... grzybach. https://t.co/YGhbZGStYX https://t.co/jE0dhQAwud
All mentions
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苗床ロボ? https://t.co/wdZSqGNlYJ
Sensorimotor control of robots mediated by electrophysiological measurements of fungal mycelia https://t.co/R8jpwADyql
RT @alieninsect: Mushroom-controlled robots... The authors used an electrical interface to house the mycelia and use their rhythmic voltag…
Link to the article: https://t.co/vroUtPwiOB
Sensorimotor control of robots mediated by electrophysiological measurements of fungal mycelia | Science Robotics https://t.co/4eJeNfwp8b
RT @alieninsect: Mushroom-controlled robots... The authors used an electrical interface to house the mycelia and use their rhythmic voltag…
RT @alieninsect: Mushroom-controlled robots... The authors used an electrical interface to house the mycelia and use their rhythmic voltag…
RT @mikeamark: @TheProjectUnity Mushrooms like UV light. https://t.co/AyGTydsL22
@TheProjectUnity Here is the actual research published by the Cornell University. The researchers used the root-like structure of the king oyster mushroom, called mycelium, to control the robots. https://t.co/xdCZi4xt7r
RT @mikeamark: @TheProjectUnity Mushrooms like UV light. https://t.co/AyGTydsL22
RT @alieninsect: Mushroom-controlled robots... The authors used an electrical interface to house the mycelia and use their rhythmic voltag…
@TheProjectUnity Mushrooms like UV light. https://t.co/AyGTydsL22
RT @alieninsect: Mushroom-controlled robots... The authors used an electrical interface to house the mycelia and use their rhythmic voltag…
RT @alieninsect: Mushroom-controlled robots... The authors used an electrical interface to house the mycelia and use their rhythmic voltag…
RT @alieninsect: Mushroom-controlled robots... The authors used an electrical interface to house the mycelia and use their rhythmic voltag…
RT @alieninsect: Mushroom-controlled robots... The authors used an electrical interface to house the mycelia and use their rhythmic voltag…
RT @alieninsect: Mushroom-controlled robots... The authors used an electrical interface to house the mycelia and use their rhythmic voltag…
RT @alieninsect: Mushroom-controlled robots... The authors used an electrical interface to house the mycelia and use their rhythmic voltag…
RT @alieninsect: Mushroom-controlled robots... The authors used an electrical interface to house the mycelia and use their rhythmic voltag…
RT @alieninsect: Mushroom-controlled robots... The authors used an electrical interface to house the mycelia and use their rhythmic voltag…
RT @alieninsect: Mushroom-controlled robots... The authors used an electrical interface to house the mycelia and use their rhythmic voltag…
More on this: https://t.co/Kkrfdlb0om
@Noahbolanowski https://t.co/kPwzVaRe6w
https://t.co/aVzIGHy1cX
Fungi can operate robots and speak 50 words on average https://t.co/FbHvmCKlBW via @YouTube
RT @Vedator5:
Sensorimotor control of robots mediated by electrophysiological measurements of fungal mycelia | Science Robotics https://t.co/9DQ5eHED3A
https://t.co/ZNKYxDshVv
RT @Mycelium_sAd: Sensorimotor control of robots mediated by electrophysiological measurements of fungal mycelia | Science Robotics https:/…
Did you know this? @elonmusk Fungi can operate robots and speak 50 words on average https://t.co/mGv7xxbUBo vía @YouTube
https://t.co/Uu33LFyBGZ
https://t.co/Eqim9USMP9
Fungi can operate robots and speak 50 words on average https://t.co/02qXzJdwXv via @YouTube
RT @NikoMcCarty: Source: https://t.co/7r2jRv3WBu Some screenshots below, too, because it's paywalled. Also posted here: https://t.co/FZzx…
Fungi can operate robots and speak 50 words on average https://t.co/sUzB4Nj8yC via @YouTube
https://t.co/M4Y3UKZ6O3
Are you a little Fungus? https://t.co/ICQW7ekXkL
@Belinda68845571 https://t.co/ICQW7ekXkL
https://t.co/fqrrgocezI @aleluu19 hay otro Polli que habla de hongos
RT @SArchaic42729: WAAAA acabamos de descubrí que están implementando robótica con parte de hongos, es genial!! Ya quiero mi biorobot!! por…
WAAAA acabamos de descubrí que están implementando robótica con parte de hongos, es genial!! Ya quiero mi biorobot!! por cierto @sci_hub_ me gustaría leer el paper completo: DOI: 10.1126/scirobotics.adk8019 Vean esta noticia: https://t.co/6dVZ9ZDJP4 (Te amamos Sci-Hub, gracias)
RT @PolliPadilla: ¿Quien sube videos a las 3 am? yo: oh, cielos. 4 de la mañana :D Ya hay video nuevo XD Ahi por si se van a desvelar mas…
RT @PolliPadilla: ¿Quien sube videos a las 3 am? yo: oh, cielos. 4 de la mañana :D Ya hay video nuevo XD Ahi por si se van a desvelar mas…
RT @PolliPadilla: ¿Quien sube videos a las 3 am? yo: oh, cielos. 4 de la mañana :D Ya hay video nuevo XD Ahi por si se van a desvelar mas…
RT @PolliPadilla: ¿Quien sube videos a las 3 am? yo: oh, cielos. 4 de la mañana :D Ya hay video nuevo XD Ahi por si se van a desvelar mas…
¿Quien sube videos a las 3 am? yo: oh, cielos. 4 de la mañana :D Ya hay video nuevo XD Ahi por si se van a desvelar mas https://t.co/QusEZhH6oy https://t.co/yOOPseoMUm
https://t.co/H10pnNFMNX
Fungi can operate robots and speak 50 words on average https://t.co/nQVtCA4uRz via @YouTube
Mushroom robot. There's many more controls that can be added to this test. They are only UV'n it to get a reaction. I can think of over 100 other directional reactions. Not to mention Bacteria or even insects, worms, etc. https://t.co/nTGtMSoQqW https://t.co/6tNB6kX4HS
Fungi can operate robots and speak 50 words on average https://t.co/2VMxGUt7C0 via @YouTube
https://t.co/IDgjGLN0ex
Fungi understanding Morse code. https://t.co/IDgjGLN0ex https://t.co/5AV868sUM9
Fungi can operate robots and speak 50 words on average https://t.co/qfh0L3QoNC
RT @B4r7_: Naprzód Grzybo-roboty! Tak zwane roboty „biohybrydowe”, które łączą żywą tkankę z materiałami robotycznymi, są bardziej wyrafino…
Naprzód Grzybo-roboty! Tak zwane roboty „biohybrydowe”, które łączą żywą tkankę z materiałami robotycznymi, są bardziej wyrafinowane niż kiedykolwiek. Większość opiera się o komórki zwierząt lub roślin, ale badacze skupiają się również na... grzybach. https://t.co/YGhbZGStYX https://t.co/jE0dhQAwud
RT @alieninsect: Mushroom-controlled robots... The authors used an electrical interface to house the mycelia and use their rhythmic voltag…
@MycelialOracle I take it you've seen this and the paper @Mycosoft? https://t.co/TErjfH6hQj
Fungi can operate robots and speak 50 words on average https://t.co/C6fzGTFONx via @YouTube
We thought the robots we make were going to be our undoing.... nah man, the fungus is going to get tired of us eventually https://t.co/W9cFKcyAR7
Acá el artículo https://t.co/XBQ20Hjddh
Oh there it is right there yo. https://t.co/ep0aeJ7Vyj
https://t.co/QaGwQj9ReE
https://t.co/kbRgVpr20f fungi communicate with each other? Reminds me of an X Files episode.
Fungi can operate robots and speak 50 words on average https://t.co/G2J1IwdJxM via @YouTube …
When the story hit that they'd given mushrooms "a robot body", I suddenly recalled watching a video in which fungi were wired to electronics. Noted was it could make a light flash off & on. Not one in the vid mentioned it could be trying to communicate
Sensorimotor control of robots mediated by electrophysiological measurements of fungal mycelia | Science Robotics https://t.co/097t4S1VLJ
https://t.co/AFkUEn0t2T https://t.co/5cQwAn3cQD #mushroom #hongos #fungi #robots #robotics #biohybrid #tech #innovation #science #sostenibilidad #ecologico #robotica #science
https://t.co/kuGNUVhT0k
Fungi can operate robots and speak 50 words on average https://t.co/JhmQGQZrSM via @YouTube
Fungi can operate robots and speak 50 words on average https://t.co/Fh2qoXCSEX via @YouTube
skit i AI snart kan något mögel göra mitt jobb
https://t.co/ZWhKK3T8m3
now do brain organoids https://t.co/EMrOkcOZ5B
Sensorimotor control of robots mediated by electrophysiological measurements of fungal mycelia | Science Robotics https://t.co/IqTlfMJJOt
Sensorimotor control of robots mediated by electrophysiological measurements of fungal mycelia | Science Robotics https://t.co/Gkzm9AfZgM
RT @alieninsect: Mushroom-controlled robots... The authors used an electrical interface to house the mycelia and use their rhythmic voltag…
@GeorgeTakei Yep!
"Este robot es parte hongo, parte máquina" y se alegra mucho de verte. https://t.co/bPiSQ3JKLe https://t.co/xsMxjuwtlj
@AceMcWicked Yes, but it uses the electric signals from the mycelium, which are activated by light, to do the moving. It is wiled to me that people claim the
@Fianna_Saoirse Okay, this link contains a pdf with the used methods and Videos of what they actually did. Basically they used the signal which the mycelium gave after being exposed to different forms of Light, and programmed the robot to react to them. 1/2 https://t.co/7tCc7hdkxi
https://t.co/0CWTSQvQAi
Bear bait https://t.co/qCheTXwRQm
"One of the mushroom-controlled robots shows it moving slowly across a surface by pumping its robotic legs. Another biohybrid robot uses a wheeled system in order to move around." #AAAAHHHH https://t.co/fMu2YbopkF Resistance is useless. #Mushroom #Cyborg #KingTrumpet #StarTrek
RT @alieninsect: Mushroom-controlled robots... The authors used an electrical interface to house the mycelia and use their rhythmic voltag…
RT @ItsTheAtmospher: @MichaelEMann ok ... had to look ... count on Cornell to come up with this one ! Mishra etal (2024) Sensorimotor con…
@MichaelEMann ok ... had to look ... count on Cornell to come up with this one ! Mishra etal (2024) Sensorimotor control of robots mediated by electrophysiological measurements of fungal mycelia DOI scirobotics.adk801 why does this remind one of 'Suicide Squad II' https://t.co/FAqq12anyr
@PaulStamets Fascinating read. https://t.co/fVCa9exPYZ
RT @alieninsect: Mushroom-controlled robots... The authors used an electrical interface to house the mycelia and use their rhythmic voltag…
@JoaoCraft24XD @fofrAI https://t.co/AqboJ70ETS https://t.co/g6ZVHIZLw0
RT @NikoMcCarty: Source: https://t.co/7r2jRv3WBu Some screenshots below, too, because it's paywalled. Also posted here: https://t.co/FZzx…
RT @alieninsect: Mushroom-controlled robots... The authors used an electrical interface to house the mycelia and use their rhythmic voltag…
@girlandkat Sure, the choices about what/how augmentation deployed definitely ours. I'm thinking about subsequent behaviors, like this marvelously out-there work: https://t.co/PipeGE5rvy
RT @alieninsect: Mushroom-controlled robots... The authors used an electrical interface to house the mycelia and use their rhythmic voltag…
Fungus learns to drive in "biohybrid" robots
RT @bugfloyd: مقاله هفته پیش توی مجله Science چاپ شده (لینک زیر) https://t.co/7ZvkeGEW8I
RT @alieninsect: Mushroom-controlled robots... The authors used an electrical interface to house the mycelia and use their rhythmic voltag…
A fungus learns to ride. Researchers have grown fungus on chips and used the fungal signals to control the locomotion of a bot in response to environment. #BioHybrid #Robotics https://t.co/I9TWSrm2qM
Sensorimotor control of robots mediated by electrophysiological measurements of fungal mycelia Must be nice to have funding to take your weird hobby projects and turn them into research. https://t.co/Ai5nEAUddU
RT @alieninsect: Mushroom-controlled robots... The authors used an electrical interface to house the mycelia and use their rhythmic voltag…
RT @alieninsect: Mushroom-controlled robots... The authors used an electrical interface to house the mycelia and use their rhythmic voltag…
RT @alieninsect: Mushroom-controlled robots... The authors used an electrical interface to house the mycelia and use their rhythmic voltag…
For the last couple of years I've been using that as a running joke that somebody will create a robot controlled by fungi. Well... www.science.org/doi/10.1126/... Sensorimotor control of robots mediated by electrophysiological measurements of fungal mycelia
RT @alieninsect: Mushroom-controlled robots... The authors used an electrical interface to house the mycelia and use their rhythmic voltag…
RT @alieninsect: Mushroom-controlled robots... The authors used an electrical interface to house the mycelia and use their rhythmic voltag…
RT @alieninsect: Mushroom-controlled robots... The authors used an electrical interface to house the mycelia and use their rhythmic voltag…
RT @NikoMcCarty: Source: https://t.co/7r2jRv3WBu Some screenshots below, too, because it's paywalled. Also posted here: https://t.co/FZzx…
RT @NikoMcCarty: Source: https://t.co/7r2jRv3WBu Some screenshots below, too, because it's paywalled. Also posted here: https://t.co/FZzx…
RT @NikoMcCarty: Source: https://t.co/7r2jRv3WBu Some screenshots below, too, because it's paywalled. Also posted here: https://t.co/FZzx…
RT @alieninsect: Mushroom-controlled robots... The authors used an electrical interface to house the mycelia and use their rhythmic voltag…
RT @alieninsect: Mushroom-controlled robots... The authors used an electrical interface to house the mycelia and use their rhythmic voltag…
Research - https://t.co/tX7qYmScpq
Sensorimotor control of robots mediated by electrophysiological measurements of fungal mycelia | Science Robotics https://t.co/gh75BOfdLU
If anyone is looking for their new science-gone-wrong genre story inspiration: fungi-controlled robotics... https://t.co/rBKUC6YtME https://t.co/ri0fiuTCmb
RT @alieninsect: Mushroom-controlled robots... The authors used an electrical interface to house the mycelia and use their rhythmic voltag…
@phyphilo الي فهمته انهم استعملوا فطريات حساسة للضوء ومع جهاز تحكم يقرأ بيانات voltage الي تطلع من الفطر. مع جهاز التحكم قدروا يتحكمون بالحركة اذا حفزوا الفطر بضوء ultraviolet هذه الورقة اذا مهتمه: https://t.co/5AGMhfje1M
Sensorimotor control of robots mediated by electrophysiological measurements of fungal mycelia | Science Robotics https://t.co/XM7tMXOKwo
Sensorimotor control of robots mediated by electrophysiological measurements of fungal mycelia https://t.co/g3xTfBWbrd
Per chi volesse saperne di più: https://t.co/TsrOAQ9ErU
RT @alieninsect: Mushroom-controlled robots... The authors used an electrical interface to house the mycelia and use their rhythmic voltag…
RT @alieninsect: Mushroom-controlled robots... The authors used an electrical interface to house the mycelia and use their rhythmic voltag…
RT @NikoMcCarty: Source: https://t.co/7r2jRv3WBu Some screenshots below, too, because it's paywalled. Also posted here: https://t.co/FZzx…
مقاله هفته پیش توی مجله Science چاپ شده (لینک زیر) https://t.co/7ZvkeGEW8I
https://t.co/z3HRcqaptk
RT @NikoMcCarty: Source: https://t.co/7r2jRv3WBu Some screenshots below, too, because it's paywalled. Also posted here: https://t.co/FZzx…
RT @NikoMcCarty: Source: https://t.co/7r2jRv3WBu Some screenshots below, too, because it's paywalled. Also posted here: https://t.co/FZzx…
Here is the paper https://t.co/0wrcms1Hr5 https://t.co/ssx3I8GMtQ
RT @NikoMcCarty: Source: https://t.co/7r2jRv3WBu Some screenshots below, too, because it's paywalled. Also posted here: https://t.co/FZzx…
Source: https://t.co/7r2jRv3WBu Some screenshots below, too, because it's paywalled. Also posted here: https://t.co/FZzxcFgCOY https://t.co/Ig5j2ZSqka
@hovermyr https://t.co/nYd6yWdTn8
What was your PhD in? - Oh, me? Just making robots out of mushrooms
@LouisAnslow https://t.co/zgPu4GeB6l
RT @alieninsect: Mushroom-controlled robots... The authors used an electrical interface to house the mycelia and use their rhythmic voltag…
RT @mikeamark: Sensorimotor control of robots mediated by measuring spikes of fungal mycelia | Robot trajectories could be altered by stimu…
RT @ScienceMagazine: Scientists have developed #biohybrid robots that use electrical signals from living #fungi to control movement. Lear…
RT @ScienceMagazine: Scientists have developed #biohybrid robots that use electrical signals from living #fungi to control movement. Lear…
Sensorimotor control of robots mediated by measuring spikes of fungal mycelia | Robot trajectories could be altered by stimulating the mycelia with ultraviolet light. Microtubules, absorb UV light and correlate with action potentials. https://t.co/AyGTydtiRA
RT @alieninsect: Mushroom-controlled robots... The authors used an electrical interface to house the mycelia and use their rhythmic voltag…
https://t.co/GnqKi5Q5FT
RT @alieninsect: Mushroom-controlled robots... The authors used an electrical interface to house the mycelia and use their rhythmic voltag…
RT @ScienceMagazine: Scientists have developed #biohybrid robots that use electrical signals from living #fungi to control movement. Lear…
RT @alieninsect: Mushroom-controlled robots... The authors used an electrical interface to house the mycelia and use their rhythmic voltag…
RT @alieninsect: Mushroom-controlled robots... The authors used an electrical interface to house the mycelia and use their rhythmic voltag…
ROBOSHROOM “Sensorimotor control of robots mediated by electrophysiological measurements of fungal mycelia” “Here, we introduce fungal mycelia as an easy-to-use and robust living component in biohybrid robots.“ (See also https://t.co/KqO8O7geD3) https://t.co/PhOsAj5zdZ https://t.co/pDv2Lw4Ylm
Fungal mycelia powered robots. Sensorimotor control of robots mediated by electrophysiological measurements of fungal mycelia Mishra et al. (2024) Link: https://t.co/kvHY2WYtB4
RT @stephenmarek2: Sensorimotor control of robots mediated by electrophysiological measurements of fungal mycelia | Science Robotics https:…
Sensorimotor control of robots mediated by electrophysiological measurements of fungal mycelia | Science Robotics https://t.co/nUQX4CyGkx
RT @weldeiry: Sensorimotor control of robots mediated by electrophysiological measurements of fungal mycelia https://t.co/wXpSktUL5s
Sensorimotor control of robots mediated by electrophysiological measurements of fungal mycelia https://t.co/wXpSktUL5s
"Sensorimotor control of robots mediated by electrophysiological measurements of fungal mycelia" @SciRobotics https://t.co/BsogatLZAM
Sensorimotor control of robots mediated by electrophysiological measurements of fungal mycelia | Science Robotics https://t.co/A90e0Ovgvj
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