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Several discussions emphasize the groundbreaking nature of the research, with phrases like 'game changer' and 'incredible paper' highlighting the excitement surrounding the new insights into reconfigurable organisms. While some users express concerns about the ethical implications of such technology, others discuss its potential applications in medicine, indicating a mix of enthusiasm and caution in the conversations.
Most discussions are generally supportive of the research, highlighting its innovative approach to bioengineering.
Participants show high interest, with numerous mentions of terms like 'xenobots' and discussions about their implications.
There's some level of detail in discussions, but many commenters seem more interested in sharing and reposting information rather than engaging deeply with the content.
Users perceive the publication as having significant implications for bioengineering and the future of living technologies.
Algorithms to automatically design diverse lifeforms in simulation to perform some desired function, and then transferred to be a real organism using a cell-based construction tools to realize predicted behaviors. https://t.co/izDICj5mtG https://t.co/sRKaAuEAI7 https://t.co/VA2m4PujAy https://t.co/ECV5CXpgq4
Microscopic robots could one day clean your arteries, deliver drugs to tumors, or collect data in your body. How far along is the technology? https://t.co/4yNnnIXOWu
We have collected other recent "tiny robot" ideas in this video: https://t.co/4yNnnIXOWu
Fonte:https://t.co/2qg2AH9Nu4 Artigo de livre acesso!
A scalable pipeline for designing reconfigurable organisms https://t.co/Wgy7o43Qcd https://t.co/RHlNgyKOpK
ロボットといえるのか？ カエルの細胞から、プログラムした形状を生成する「生きたロボット」の作成に成功 プログラム以外の行動が出来ず、細胞が死ぬまでプログラムを忠実に実行するみたい・・・ A scalable pipeline for designing reconfigurable organisms https://t.co/2cIyx4MQb6 https://t.co/uiYA7pfV6R
Injecting tiny remote-controlled robots into the human body is becoming a reality. This video delves into the latest advancements in AI technology to design reconfigurable living organisms and the potential applications…
This research presents a scalable pipeline for designing new, reconfigurable living organisms using AI technology. Imagine small living creatures with technology assisting in search and rescue, finding survivors in…
@Oscar_Teix @haterdeplotino Desarrolló experimentalmente organismos llamados xenobots:https://t.co/QO8as6Ygo3 Analiza patrones morfológicos comunes del desarrollo biológico y la cognición biológica/artificial. Según su argumento "contra el fisicalismo" los patrones irrumpen desde "un espacio platónico"
A scalable pipeline for designing reconfigurable organisms #BioengineeringSimulations #ProgrammableOrganisms #AIforMorphogenesis #TissueBasedRobotics https://t.co/WShMItVHqh
https://t.co/XlggWT750v
RT @hardmaru: Algorithms to automatically design diverse lifeforms in simulation to perform some desired function, and then transferred to…
Forschung am Limit: Darf man Tiere fernsteuern, um Menschen zu retten? B... https://t.co/VzKo7F4U8l via @YouTube
RT @Ryansikorski10: A scalable pipeline for designing reconfigurable organisms https://t.co/Wgy7o43Qcd https://t.co/RHlNgyKOpK
RT @Ryansikorski10: A scalable pipeline for designing reconfigurable organisms https://t.co/Wgy7o43Qcd https://t.co/RHlNgyKOpK
RT @Ryansikorski10: A scalable pipeline for designing reconfigurable organisms https://t.co/Wgy7o43Qcd https://t.co/RHlNgyKOpK
RT @Ryansikorski10: A scalable pipeline for designing reconfigurable organisms https://t.co/Wgy7o43Qcd https://t.co/RHlNgyKOpK
RT @Ryansikorski10: A scalable pipeline for designing reconfigurable organisms https://t.co/Wgy7o43Qcd https://t.co/RHlNgyKOpK
RT @Ryansikorski10: A scalable pipeline for designing reconfigurable organisms https://t.co/Wgy7o43Qcd https://t.co/RHlNgyKOpK
RT @Ryansikorski10: A scalable pipeline for designing reconfigurable organisms https://t.co/Wgy7o43Qcd https://t.co/RHlNgyKOpK
RT @Ryansikorski10: A scalable pipeline for designing reconfigurable organisms https://t.co/Wgy7o43Qcd https://t.co/RHlNgyKOpK
RT @Ryansikorski10: A scalable pipeline for designing reconfigurable organisms https://t.co/Wgy7o43Qcd https://t.co/RHlNgyKOpK
RT @Ryansikorski10: A scalable pipeline for designing reconfigurable organisms https://t.co/Wgy7o43Qcd https://t.co/RHlNgyKOpK
RT @Ryansikorski10: A scalable pipeline for designing reconfigurable organisms https://t.co/Wgy7o43Qcd https://t.co/RHlNgyKOpK
RT @Ryansikorski10: A scalable pipeline for designing reconfigurable organisms https://t.co/Wgy7o43Qcd https://t.co/RHlNgyKOpK
RT @Ryansikorski10: A scalable pipeline for designing reconfigurable organisms https://t.co/Wgy7o43Qcd https://t.co/RHlNgyKOpK
RT @Ryansikorski10: A scalable pipeline for designing reconfigurable organisms https://t.co/Wgy7o43Qcd https://t.co/RHlNgyKOpK
RT @Ryansikorski10: A scalable pipeline for designing reconfigurable organisms https://t.co/Wgy7o43Qcd https://t.co/RHlNgyKOpK
RT @Ryansikorski10: A scalable pipeline for designing reconfigurable organisms https://t.co/Wgy7o43Qcd https://t.co/RHlNgyKOpK
A scalable pipeline for designing reconfigurable organisms https://t.co/Wgy7o43Qcd https://t.co/RHlNgyKOpK
I wonder how will this basic life process work for "novel designed lifeforms" produced "in silico": https://t.co/6w1dkoUirw https://t.co/3rSQqaUGyx
Like the old work by Karl Sims, but in reality and with frog cells. (What's crazy to me is that the simulation must be pretty accurate, so that whatever is created there also "works" with real cells) Paper from 2019 already here - https://t.co/wcJAnw5ZuB
RT @ATrotmanGrant: Xenobots are created using a computer program that simulates how different combinations of cells would behave when put t…
RT @utopiah: From “A Scalable Pipeline for Designing Reconfigurable Organisms,” by Sam Kriegman et al., in PNAS, Vol. 117; January 2020 Me…
From “A Scalable Pipeline for Designing Reconfigurable Organisms,” by Sam Kriegman et al., in PNAS, Vol. 117; January 2020 Mentioned Levin's work before but always interesting to consider a Copernican revolution for cognition, how distributed, or distributable, it might be. https://t.co/gWRGz96671 https://t.co/tLjnzkEhPZ
Been following Michael Levin's breakthrough work on bioelectricity & morphology perusing his papers. Found this: https://t.co/rSpZUiLllX
@shsa_usa No it's impossible at this point of time. I have clients who work on a lot of this stuff for next 10-20 years, and future is going to be great for all type of medical issues, but you can see them easy on microscope etc. It's not secret Educate your self: https://t.co/Yb3uMkb09x
@amaryllisxx_ https://t.co/mq5w3TpyE1
A scalable pipeline for designing reconfigurable organisms https://t.co/Fo4tT3d7U1 https://t.co/i4ZopkQ5Ah
xenobots https://t.co/IpH0gHNZio https://t.co/x12i6oD2t5 https://t.co/n6Lc4XJ05F https://t.co/3z0vc2cwyD https://t.co/2uDuEn730T https://t.co/DBQn1BgS9y https://t.co/dYZI19WTWl https://t.co/nkcxUMtKtL https://t.co/6Uamcy3GAa
A scalable pipeline for designing reconfigurable organisms - PMC "Here, we demonstrate a scalable approach for designing living systems in silico using an evolutionary algorithm, and we show how the evolved designs can be rapidly manufactured using a […] https://t.co/gAEpcvC2tp
Xenobots are created using a computer program that simulates how different combinations of cells would behave when put together. This program uses evolutionary algorithms to mimic natural selection. https://t.co/iuqeRwTs11 https://t.co/i6ldb9ISCe
Fonte:https://t.co/2qg2AH9Nu4 Artigo de livre acesso!
If living systems could be continuously and rapidly designed ab initio and deployed to serve novel functions, their innate ability to resist entropy might enable them to far surpass the useful lifetimes of our strongest yet static technologies. https://t.co/eoDepNdDBi
This is as exciting as it is kind of scary https://t.co/eEwtOvU6C5
https://t.co/xleTEOIB49 https://t.co/zQpFHKNSOL
Robotics will ferret out your inner secrets https://t.co/C4Eq03tPsU
論文2020 https://t.co/3Dvxv8qbKR 論文2021 https://t.co/eUOArIcfQQ スライド https://t.co/i2ZCZ2HmFk 英語記事 https://t.co/zxm3cDMFBP https://t.co/8VtmqOvDpg
@jhas5 Jim, They are using the same frog with KLRS motif, well at least some of them. https://t.co/3Dvxv8pDVj https://t.co/eUOArIbI1i According to the suppl. they use Xenopus frogs and embryos: Nasco LM00490, LM00531, LM00456 https://t.co/8VtmqOv5zI
A scalable pipeline for designing reconfigurable organisms | Proceedings of the National Academy of Sciences https://t.co/TTgPq9oieQ
@tedcruz Study shows man-made mutants: Animal-robot hybrids (“A scalable pipeline for designing reconfigurable organisms”, 2020). https://t.co/aKRZFMdLw1
Congratulations to , , , and Douglas Blackiston for their PNAS paper https://t.co/FXOytlanJ2… winning the 2020 Cozzarelli Prize in Engineering and Applied Sciences. See the full list here: https://t.co/HwlVZuHaUj…
RT @skdh: We have collected other recent "tiny robot" ideas in this video: https://t.co/4yNnnIXOWu
@Te_Taipo The mark of the beast is fictional. Also if you want to make the conspiracy theorists lose their shit, go smaller https://t.co/tZTljVhi1h
RT @skdh: We have collected other recent "tiny robot" ideas in this video: https://t.co/4yNnnIXOWu
RT @skdh: We have collected other recent "tiny robot" ideas in this video: https://t.co/4yNnnIXOWu
RT @skdh: We have collected other recent "tiny robot" ideas in this video: https://t.co/4yNnnIXOWu
RT @skdh: We have collected other recent "tiny robot" ideas in this video: https://t.co/4yNnnIXOWu
We have collected other recent "tiny robot" ideas in this video: https://t.co/4yNnnIXOWu
The New Science of Microscopic Robots https://t.co/koMyhOOOSE via @YouTube
RT @anitaleirfall: The New Science of Microscopic Robots | by Sabine Hossenfelder (@skdh) Microscopic robots could one day clean your art…
The New Science of Microscopic Robots | by Sabine Hossenfelder (@skdh) Microscopic robots could one day clean your arteries, deliver drugs to tumors, or collect data in your body. How far along is the technology? https://t.co/YEb9q1T0Iz
https://t.co/N8k3B25DAT @skdh
https://t.co/KI1VYAfKY6
@AlexKontorovich Yup, real and crazy awesome. But it's also somewhat of a hype as xenobots have a lot of limitations too, for example, for now you literally have to patch then up by hand. Sabine also made a video recently covering, among other small bots, xenobots a bit - https://t.co/nSIigYaK08
The New Science of Microscopic Robots https://t.co/kPIs4fD5Aa via @YouTube
The New Science of Microscopic Robots Sabine Hossenfelder @skdh https://t.co/1GlO1dUNpf
RT @skdh: Microscopic robots could one day clean your arteries, deliver drugs to tumors, or collect data in your body. How far along is the…
The New Science of Microscopic Robots https://t.co/ooU4mqp1VK via @YouTube
RT @future_timeline: "Injecting tiny remote controlled robots into the human body isn’t all that far-fetched any more. What tiny robots are…
"Injecting tiny remote controlled robots into the human body isn’t all that far-fetched any more. What tiny robots are scientists working on? How far along is the technology? And what could they be good for?" https://t.co/O8z46dWW0a #nanobots #robots – great video by @skdh
The New Science of Microscopic Robots
RT @skdh: Microscopic robots could one day clean your arteries, deliver drugs to tumors, or collect data in your body. How far along is the…
RT @skdh: Microscopic robots could one day clean your arteries, deliver drugs to tumors, or collect data in your body. How far along is the…
Coraz więcej mikro-robotów. Wykorzystanie w medycynie i nie tylko. Sabina świetnie opisuje...
RT @skdh: Microscopic robots could one day clean your arteries, deliver drugs to tumors, or collect data in your body. How far along is the…
For those worried by nanobots research this axbo bull look at where the technology stand atm along way behind anything recently seen on your fav conspiracy theory site https://t.co/PB7zYeFcwR
RT @skdh: Microscopic robots could one day clean your arteries, deliver drugs to tumors, or collect data in your body. How far along is the…
The New Science of Microscopic Robots https://t.co/BJp6tm9DQm
RT @skdh: Microscopic robots could one day clean your arteries, deliver drugs to tumors, or collect data in your body. How far along is the…
RT @skdh: Microscopic robots could one day clean your arteries, deliver drugs to tumors, or collect data in your body. How far along is the…
RT @skdh: Microscopic robots could one day clean your arteries, deliver drugs to tumors, or collect data in your body. How far along is the…
RT @skdh: Microscopic robots could one day clean your arteries, deliver drugs to tumors, or collect data in your body. How far along is the…
RT @skdh: Microscopic robots could one day clean your arteries, deliver drugs to tumors, or collect data in your body. How far along is the…
RT @skdh: Microscopic robots could one day clean your arteries, deliver drugs to tumors, or collect data in your body. How far along is the…
RT @skdh: Microscopic robots could one day clean your arteries, deliver drugs to tumors, or collect data in your body. How far along is the…
RT @skdh: Microscopic robots could one day clean your arteries, deliver drugs to tumors, or collect data in your body. How far along is the…
RT @skdh: Microscopic robots could one day clean your arteries, deliver drugs to tumors, or collect data in your body. How far along is the…
RT @skdh: Microscopic robots could one day clean your arteries, deliver drugs to tumors, or collect data in your body. How far along is the…
RT @skdh: Microscopic robots could one day clean your arteries, deliver drugs to tumors, or collect data in your body. How far along is the…
RT @skdh: Microscopic robots could one day clean your arteries, deliver drugs to tumors, or collect data in your body. How far along is the…
RT @skdh: Microscopic robots could one day clean your arteries, deliver drugs to tumors, or collect data in your body. How far along is the…
RT @skdh: Microscopic robots could one day clean your arteries, deliver drugs to tumors, or collect data in your body. How far along is the…
RT @skdh: Microscopic robots could one day clean your arteries, deliver drugs to tumors, or collect data in your body. How far along is the…
Microscopic robots could one day clean your arteries, deliver drugs to tumors, or collect data in your body. How far along is the technology? https://t.co/4yNnnIXOWu
A move to in vivo, is perhaps something some might consider to be too dangerous? Should we improve in silico simulation and emulation, and have standards for artificial life, before in vivo? A scalable pipeline for designing reconfigurable organisms https://t.co/0OcQ1zY6YG
RT @DrKynast: #Living #robots #xenobots #living #Machines A scalable pipeline for designing reconfigurable organisms | PNAS https://t.co/HJ…
A scalable pipeline for designing reconfigurable organisms IT: Una pipeline scalabile per la progettazione di organismi riconfigurabili https://t.co/sBRs4E4lQi
先行研究の論文もざっと読みましたが、高次元過ぎて全く理解が及びませんでした.. https://t.co/q8GCRaW6SV スフェロイドやオルガノイドとは違うもの？ 生体ロボット？人のために動けば「ロボット」らしい。 https://t.co/dZPsG7dJHG
A scalable pipeline for designing reconfigurable organisms https://t.co/4kOl3eVn9C
A scalable pipeline for designing reconfigurable organisms (Also organic kinetic reproductive evolution) https://t.co/c4sSW5Zo9t
A scalable pipeline for designing reconfigurable organisms https://t.co/dwujM50tU4
RT @crc8: "A scalable pipeline for designing #reconfigurable organisms"..."The World's First #Programmable #Organism: #Xenobots may change…
"A scalable pipeline for designing #reconfigurable organisms"..."The World's First #Programmable #Organism: #Xenobots may change how we think about intelligence." [@Kriegmerica et al., ht Claire L. Evans] #synBio https://t.co/5tfHXiMrQZ
A scalable pipeline for designing reconfigurable organisms https://t.co/W0BQ9LboIp
RT @ArcheryAsgard: A scalable pipeline for designing reconfigurable organisms. But don't be concerned about what were injecting into you..…
A scalable pipeline for designing reconfigurable organisms Algorithm Designs Robots Using Frog Cells Scientists carve the shapes from piles of frog cells, like a sculptor building a statue. https://t.co/zGPex4DNgG
PUMPED to hear from Josh Bongard about his lab's work in artificial life and xenobots! Check out their paper : https://t.co/VgIJIEb3r6 https://t.co/2Rw6KtWHqR
A scalable pipeline for designing reconfigurable organisms https://t.co/LOJZIVS5AQ #ScalablePipeline #ReconfigurableOrganisms
RT @SustainHistory: A scalable pipeline for designing reconfigurable organisms Computers designed, and scientists have constructed, progr…
RT @SustainHistory: A scalable pipeline for designing reconfigurable organisms Computers designed, and scientists have constructed, progr…
A scalable pipeline for designing reconfigurable organisms Computers designed, and scientists have constructed, programmable living robots; self-healing, biodegradable, purpose-build automatons. https://t.co/wpDCFXsiKx
TMS Journal Club - A scalable pipeline for designing reconfigurable organisms - https://t.co/vSRWmsSPg0
RT @hardmaru: Algorithms to automatically design diverse lifeforms in simulation to perform some desired function, and then transferred to…
A scalable pipeline for designing reconfigurable organisms #DeepLearning #learning via https://t.co/bDTgBUIWtG https://t.co/JZt2mOEv0k
sn-news: #ai #biobots A scalable pipeline for designing reconfigurable organisms https://t.co/2X6GnYd3S4
RT @BtcBee: A scalable pipeline for designing reconfigurable organisms https://t.co/9pr00DpQKn #technews #chatbots #automation #AI #ML
New top story on Hacker News: A scalable pipeline for designing reconfigurable organisms https://t.co/rIFOgiXfCc
A scalable pipeline for designing reconfigurable organisms https://t.co/9pr00DpQKn #technews #chatbots #automation #AI #ML
A scalable pipeline for designing reconfigurable organisms https://t.co/9pr00DpQKn #AI #news #tech
A scalable pipeline for designing reconfigurable organisms https://t.co/eN4PcmrfJd
New top story on Hacker News: A scalable pipeline for designing reconfigurable organisms https://t.co/htdzA6k6UB
A scalable pipeline for designing reconfigurable organisms L: https://t.co/Ldb1cjUuNK C: https://t.co/L2Pa84LRco
RT @hardmaru: Algorithms to automatically design diverse lifeforms in simulation to perform some desired function, and then transferred to…
RT @Montreal_AI: A scalable pipeline for designing reconfigurable organisms Kriegman et al.: https://t.co/BBWDFt41dW #EvolutionaryComputa…
RT @TAKEnoKO_lab: ロボットといえるのか？ カエルの細胞から、プログラムした形状を生成する「生きたロボット」の作成に成功 プログラム以外の行動が出来ず、細胞が死ぬまでプログラムを忠実に実行するみたい・・・ A scalable pipeline for des…
RT @AlifePapers: A scalable pipeline for designing reconfigurable organisms "computers automatically design new machines in simulation, an…
RT @AlifePapers: A scalable pipeline for designing reconfigurable organisms "computers automatically design new machines in simulation, an…
A scalable pipeline for designing reconfigurable organisms "computers automatically design new machines in simulation, and the best designs are then built by combining together different biological tissues." https://t.co/CNgahFYx3s https://t.co/myPEtVfaBk
A scalable pipeline for designing reconfigurable organisms https://t.co/QWz3DZvpNB
A scalable pipeline for designing reconfigurable organisms https://t.co/3laTCENugd https://t.co/YirbX9EObR
RT @moorejh: A scalable pipeline for designing reconfigurable organisms - PNAS https://t.co/IurdCCzv3N #biology #complexity
A scalable pipeline for designing reconfigurable organisms - PNAS https://t.co/IurdCCzv3N #biology #complexity
Fascinating research for biological machines. A scalable pipeline for designing reconfigurable organisms https://t.co/rjc4QlNlvC
A scalable pipeline for designing reconfigurable organisms https://t.co/mWENzchFi6
A scalable pipeline for designing reconfigurable organisms https://t.co/oFRQ2yOGy4
A scalable pipeline for designing reconfigurable organisms - https://t.co/4ei4AZqRoV https://t.co/ldon7nzfbA
RT @fukunagaTsu: A scalable pipeline for designing reconfigurable organisms https://t.co/ajQ5MozrMZ
RT @fukunagaTsu: A scalable pipeline for designing reconfigurable organisms https://t.co/ajQ5MozrMZ
A scalable pipeline for designing reconfigurable organisms https://t.co/ajQ5MozrMZ
https://t.co/rQ8uxKL3U6 - XENOPUS - Reading the related article, I remembered this( #このすば )... A scalable pipeline for designing reconfigurable organisms https://t.co/ODlFSBvZcZ
A scalable pipeline for designing reconfigurable organisms https://t.co/AzcqrHumZ2
"we here present a method that designs completely biological machines from the ground up" ... A scalable pipeline for designing reconfigurable organisms read here : https://t.co/Ghy9bH3NED
A scalable pipeline for designing reconfigurable organisms https://t.co/f3cWJg14Zf
A scalable pipeline for designing reconfigurable organisms https://t.co/Hfaz43wPnq
A scalable pipeline for designing reconfigurable organisms https://t.co/lW5dOCxc94
Welcome to the age of Xenobots! A scalable pipeline for designing reconfigurable organisms https://t.co/G75OkwPMcb
ES: ¡Magnífico siglo para vivir! EN: So great century to live! A scalable pipeline for designing reconfigurable organisms https://t.co/8uT8lvu4vl https://t.co/nFqn1fgDHM #xenobot #AI #Computational #Science #BioScience #cell #paper
RT @hardmaru: Algorithms to automatically design diverse lifeforms in simulation to perform some desired function, and then transferred to…
A scalable pipeline for designing reconfigurable organisms | PNAS https://t.co/HJG4bfRSws
#STEM #cool A scalable pipeline for designing reconfigurable organisms https://t.co/E3fdDWW94p
RT @hardmaru: Algorithms to automatically design diverse lifeforms in simulation to perform some desired function, and then transferred to…
A research team builds robots from living cells https://t.co/fXGVfWNl1x These tiny living robots could help science eavesdrop on cellular gossip https://t.co/XUAlVvZNwr A scalable pipeline for designing reconfigurable organisms https://t.co/PTkNUPbNIY
A scalable pipeline for designing reconfigurable organisms https://t.co/kzIFUc0wdA
A scalable pipeline for designing reconfigurable organisms https://t.co/PTkNUPbNIY
RT @hardmaru: Algorithms to automatically design diverse lifeforms in simulation to perform some desired function, and then transferred to…
RT @Montreal_AI: A scalable pipeline for designing reconfigurable organisms Kriegman et al.: https://t.co/BBWDFt41dW #EvolutionaryComputa…
RT @hardmaru: Algorithms to automatically design diverse lifeforms in simulation to perform some desired function, and then transferred to…
RT @hardmaru: Algorithms to automatically design diverse lifeforms in simulation to perform some desired function, and then transferred to…
RT @hardmaru: Algorithms to automatically design diverse lifeforms in simulation to perform some desired function, and then transferred to…
RT @hardmaru: Algorithms to automatically design diverse lifeforms in simulation to perform some desired function, and then transferred to…
"The article "A scalable pipeline for designing reconfigurable organisms" published on January 13 in Proceedings of the National Academy of Sciences of the United States of America presents a method that designs completely biological machines from scratch"
"El artículo A scalable pipeline for designing reconfigurable organisms publicado el día 13 de enero en Proceedings of the National Academy of Sciences of the United States of America presenta un método que diseña máquinas completamente biológicas desde cero"
RT @hardmaru: Algorithms to automatically design diverse lifeforms in simulation to perform some desired function, and then transferred to…
RT @hardmaru: Algorithms to automatically design diverse lifeforms in simulation to perform some desired function, and then transferred to…
RT @hardmaru: Algorithms to automatically design diverse lifeforms in simulation to perform some desired function, and then transferred to…
RT @hardmaru: Algorithms to automatically design diverse lifeforms in simulation to perform some desired function, and then transferred to…
RT @hardmaru: Algorithms to automatically design diverse lifeforms in simulation to perform some desired function, and then transferred to…
RT @hardmaru: Algorithms to automatically design diverse lifeforms in simulation to perform some desired function, and then transferred to…
RT @hardmaru: Algorithms to automatically design diverse lifeforms in simulation to perform some desired function, and then transferred to…
RT @hardmaru: Algorithms to automatically design diverse lifeforms in simulation to perform some desired function, and then transferred to…
RT @hardmaru: Algorithms to automatically design diverse lifeforms in simulation to perform some desired function, and then transferred to…
RT @hardmaru: Algorithms to automatically design diverse lifeforms in simulation to perform some desired function, and then transferred to…
RT @hardmaru: Algorithms to automatically design diverse lifeforms in simulation to perform some desired function, and then transferred to…
RT @hardmaru: Algorithms to automatically design diverse lifeforms in simulation to perform some desired function, and then transferred to…
RT @hardmaru: Algorithms to automatically design diverse lifeforms in simulation to perform some desired function, and then transferred to…
RT @hardmaru: Algorithms to automatically design diverse lifeforms in simulation to perform some desired function, and then transferred to…
A scalable pipeline for designing reconfigurable organisms https://t.co/jv7jX8sRUI
RT @TAKEnoKO_lab: ロボットといえるのか？ カエルの細胞から、プログラムした形状を生成する「生きたロボット」の作成に成功 プログラム以外の行動が出来ず、細胞が死ぬまでプログラムを忠実に実行するみたい・・・ A scalable pipeline for des…
ロボットといえるのか？ カエルの細胞から、プログラムした形状を生成する「生きたロボット」の作成に成功 プログラム以外の行動が出来ず、細胞が死ぬまでプログラムを忠実に実行するみたい・・・ A scalable pipeline for designing reconfigurable organisms https://t.co/2cIyx4MQb6 https://t.co/uiYA7pfV6R
A scalable pipeline for designing reconfigurable organisms | PNAS https://t.co/hLzVmPqzCa
A scalable pipeline for designing reconfigurable organisms by @DoctorJosh et al. https://t.co/inTBHTZyXN
Esto es importante: A scalable pipeline for designing reconfigurable organisms https://t.co/rfDFncFSzC
A scalable pipeline for designing reconfigurable organisms “Here we show a scalable pipeline for creating functional novel lifeforms: AI methods automatically design diverse candidate lifeforms in silico to perform some desired fu…https://t.co/DDAdpPFRAL https://t.co/4x1t2dTRYd
A scalable pipeline for designing reconfigurable organisms https://t.co/NeSvCpWl6K
#Living #robots #xenobots #living #Machines A scalable pipeline for designing reconfigurable organisms | PNAS https://t.co/HJG4bfRSws
A scalable pipeline for designing reconfigurable organisms | PNAS https://t.co/vjiNfGw8ax
RT @NobregaFL: A scalable pipeline for designing reconfigurable organisms https://t.co/Jl6zofOmtk Impressive science!
RT @rupeshchaturved: A scalable pipeline for designing reconfigurable organisms | PNAS A bluesky science result. If used appropriately can…
"A scalable pipeline for designing reconfigurable organisms" by S. Kriegman, D. Blackiston, L. Levin and J. Bongard ! https://t.co/z7xS79BVz2
A scalable pipeline for designing reconfigurable organisms https://t.co/Jl6zofOmtk Impressive science!
Blimey!
Incredible paper designing living machines with evolutionary computation and building them with frog embryo cells! Congrats to my former postdoc lab for their great work in the project. A scalable pipeline for designing reconfigurable organisms https://t.co/tLvKlEh4mO
RT @ohmohm: นักวิทยาศาสตร์ ใช้เซลล์ของกบสร้างหุ่นยนต์ที่มีชีวิต ซึ่งเคลื่อนที่ได้ด้วยตัวเอง https://t.co/bsAOGTF2R8 /ปะไว้อ่าน https://t.…
นักวิทยาศาสตร์ ใช้เซลล์ของกบสร้างหุ่นยนต์ที่มีชีวิต ซึ่งเคลื่อนที่ได้ด้วยตัวเอง https://t.co/bsAOGTF2R8 /ปะไว้อ่าน https://t.co/jtZTNhOz4v A scalable pipeline for designing reconfigurable organisms Doi:10.1073/pnas.1910837117
"A scalable pipeline for designing reconfigurable organisms" https://t.co/mruCSB2CUT
A scalable pipeline for designing reconfigurable organisms | PNAS #LabAutomation
RT @hardmaru: Algorithms to automatically design diverse lifeforms in simulation to perform some desired function, and then transferred to…
RT @hardmaru: Algorithms to automatically design diverse lifeforms in simulation to perform some desired function, and then transferred to…
Roberta, the #biobot reminds me of your @ArtSci_Salon talk and new classification trees. I definitely have to get back to my Donna Haraway readings. https://t.co/Z5NgWm5TKs
RT @hardmaru: Algorithms to automatically design diverse lifeforms in simulation to perform some desired function, and then transferred to…
RT @hardmaru: Algorithms to automatically design diverse lifeforms in simulation to perform some desired function, and then transferred to…
RT @hardmaru: Algorithms to automatically design diverse lifeforms in simulation to perform some desired function, and then transferred to…
RT @hardmaru: Algorithms to automatically design diverse lifeforms in simulation to perform some desired function, and then transferred to…
RT @hardmaru: Algorithms to automatically design diverse lifeforms in simulation to perform some desired function, and then transferred to…
RT @hardmaru: Algorithms to automatically design diverse lifeforms in simulation to perform some desired function, and then transferred to…
RT @hardmaru: Algorithms to automatically design diverse lifeforms in simulation to perform some desired function, and then transferred to…
RT @simbiopos: Gran avance: creación, con células de corazón y de piel de rana, de robots que realizan tareas sencillas ¿En qué tema de la…
RT @hardmaru: Algorithms to automatically design diverse lifeforms in simulation to perform some desired function, and then transferred to…
Gran avance: creación, con células de corazón y de piel de rana, de robots que realizan tareas sencillas ¿En qué tema de las #oposiciones #BioyGeo incluyes esta noticia? https://t.co/pW0I6WMbj5 https://t.co/l0181UYfkX
RT @hardmaru: Algorithms to automatically design diverse lifeforms in simulation to perform some desired function, and then transferred to…
RT @hardmaru: Algorithms to automatically design diverse lifeforms in simulation to perform some desired function, and then transferred to…
RT @hardmaru: Algorithms to automatically design diverse lifeforms in simulation to perform some desired function, and then transferred to…
https://t.co/S5rEGmyaKL
RT @hardmaru: Algorithms to automatically design diverse lifeforms in simulation to perform some desired function, and then transferred to…
RT @hardmaru: Algorithms to automatically design diverse lifeforms in simulation to perform some desired function, and then transferred to…
RT @hardmaru: Algorithms to automatically design diverse lifeforms in simulation to perform some desired function, and then transferred to…
RT @hardmaru: Algorithms to automatically design diverse lifeforms in simulation to perform some desired function, and then transferred to…
RT @hardmaru: Algorithms to automatically design diverse lifeforms in simulation to perform some desired function, and then transferred to…
RT @hardmaru: Algorithms to automatically design diverse lifeforms in simulation to perform some desired function, and then transferred to…
RT @hardmaru: Algorithms to automatically design diverse lifeforms in simulation to perform some desired function, and then transferred to…
RT @hardmaru: Algorithms to automatically design diverse lifeforms in simulation to perform some desired function, and then transferred to…
RT @hardmaru: Algorithms to automatically design diverse lifeforms in simulation to perform some desired function, and then transferred to…
RT @hardmaru: Algorithms to automatically design diverse lifeforms in simulation to perform some desired function, and then transferred to…
RT @hardmaru: Algorithms to automatically design diverse lifeforms in simulation to perform some desired function, and then transferred to…
RT @hardmaru: Algorithms to automatically design diverse lifeforms in simulation to perform some desired function, and then transferred to…
RT @hardmaru: Algorithms to automatically design diverse lifeforms in simulation to perform some desired function, and then transferred to…
RT @hardmaru: Algorithms to automatically design diverse lifeforms in simulation to perform some desired function, and then transferred to…
RT @hardmaru: Algorithms to automatically design diverse lifeforms in simulation to perform some desired function, and then transferred to…
Algorithms to automatically design diverse lifeforms in simulation to perform some desired function, and then transferred to be a real organism using a cell-based construction tools to realize predicted behaviors. https://t.co/izDICj5mtG https://t.co/sRKaAuEAI7 https://t.co/VA2m4PujAy https://t.co/ECV5CXpgq4