Rappel : Parallel computation with molecular-motor-propelled agents in nanofabricated networks https://t.co/vZu2QjzrOx
RT @magnetic_mama: "The computer consists of a specifically designed, nanostructured network explored by a large number of molecular-motor-…
"The computer consists of a specifically designed, nanostructured network explored by a large number of molecular-motor-driven, protein filaments. This system is highly energy-efficient, thus avoiding the heating issues limiting electronic computers." http
Diez and co demonstrate bioagent based computing with an acto myosin computer #physics #computing https://t.co/OOev8W0KgL
@dexsilicium @P_TARISSI @EVANVAERENBERGH @Billaut @dr_l_alexandre @ChrisRabane @emma_ducros @Karolien1231 @dr_wardsam @YvesPDB @VOGT_Guillaume @DioCyni @peterxing A voir ce que donneront les premiers ordinateurs biologiques construits en série. Probablemen
Molecular motor-powered biocomputers https://t.co/GFbKZBVso2
Sam DeLuca will present "Parallel computation with molecular-motor-propelled agents in nanofabricated networks" https://t.co/ZmGg7mx6Mz
Parallel computation with molecular-motor-propelled agents in nanofabricated networks https://t.co/ymz9rb2jty https://t.co/egmM3zBmKR
RT @Gene_Regulation: Parallel computation with molecular-motor-propelled agents in nanofabricated networks https://t.co/YCdLEff2tP (NP)-com…
Parallel computation with molecular-motor-propelled agents in nanofabricated networks https://t.co/j0zId0H7ls https://t.co/x22d0HZBHi
Prof. Nicolau publishes article on his development of an energy-efficient biological #supercomputer in @PNASNews: https://t.co/AK0Jj7KNhK
Parallel computation with molecular-motor-propelled agents in nanofabricated networks https://t.co/JwXOgmQ3z0
Check movie S1, that explains it all. And with lovely music! https://t.co/hekEkdoPHw
If I'm getting things right, these guys build a COMPUTER out of PROTEIN filaments for parallel computing #RESPECT https://t.co/hekEkdoPHw
Ohh hello, parallel computing made of protein filaments. COOL https://t.co/hekEkdoPHw
RT @Gene_Regulation: Parallel computation with molecular-motor-propelled agents in nanofabricated networks https://t.co/YCdLEff2tP (NP)-com…
Parallel nano-bio computers... https://t.co/6Us1irTgWW
RT @RogerBeaupoil: #evolution led to highly energy-efficient molecular motors.Why not use 'em?: low-power, ATP-fed #biocomputer! https://t…
RT @RogerBeaupoil: #evolution led to highly energy-efficient molecular motors.Why not use 'em?: low-power, ATP-fed #biocomputer! https://t…
Parallel computation with molecular-motor-propelled agents in nanofabricated networks https://t.co/YCdLEff2tP (NP)-complete #biocomputer
#evolution led to highly energy-efficient molecular motors.Why not use 'em?: low-power, ATP-fed #biocomputer! https://t.co/eP8zDMOlVN
Solving an NP-complete problem with a biological parallel computer made of nanofilaments. Nice! https://t.co/gEzxe99mgo
タンパク質のフィラメントを使った並列計算の概念実証らしい https://t.co/MIq9JpqIeC DNAコンピュータというやつとは別物らしい(とアブストにある)
Parallel computation with molecular-motor-propelled agents in nano-fabricated networks.https://t.co/WqziYyVzR5
#biophysics Parallel computing with molecular motors [Biophysics and Computational Biology] https://t.co/UOqOriRCrD @PNASNews
This is nutty: a (simple) computer that is powered by ATP. https://t.co/ee5Cw4K1Ha
RT @OlivierCehem: @DussolAlexis Ce GIF est fascinant ! Via @TomsHardware_Fr La publication (en anglais) : https://t.co/qHpj3pvZbh https://t…
@DussolAlexis Ce GIF est fascinant ! Via @TomsHardware_Fr La publication (en anglais) : https://t.co/qHpj3pvZbh https://t.co/7oMfUzbrTp
Dan V. Nicolau, Jr. Parallel computation with molecular-motor-propelled agents in nanofabricated networks https://t.co/3cUtIDmWaa #biocomp
Scientists Create Functional Model of a Living and Breathing #Supercomputer. A Biological Computer. https://t.co/41D4SRUDht
A biological supercomputer model. Read here: https://t.co/2oLk5yeaXk
Wow! Parallel computation with molecular-motor-propelled agents in nanofabricated networks https://t.co/vLYEh46L8R via @PNASNews
Computers to run on ATP? "Building living, breathing supercomputers" https://t.co/eROnItMGmq Original article: https://t.co/TuFXd0EUEq
Computing with motor proteins! Parallel computation with molecular-motor-propelled agents in nanofabricated networks https://t.co/VITJ8NyWFi
Des superordinateurs qui vivent et respirent ?! Découverte de l'Université McGill https://t.co/xQpdgr9MMQ
A biological computer that runs on ATP https://t.co/gAr5rxH8a3
RT @neurovium: Parallel computation with molecular-motor-propelled agents in nano fabricated networks https://t.co/a2jTIKwVtW https://t.co/…
Parallel computation with molecular-motor-propelled agents in nano fabricated networks https://t.co/a2jTIKwVtW https://t.co/uyvTxauRek
Advances in #scalable #biocomputing out of @McGillU using #nanofabricated #myosin-based #molecularmotors #CANSCI https://t.co/E0mUNuzm5G
A new massively parallel architecture for practical biological supercomputers. https://t.co/CYJDk54d8z
A biologic supercomputer https://t.co/EXUoC3y7JP
Parallel computation with molecular-motor-propelled agents in nanofabricated networks in @PNASNews https://t.co/QutRxGzVyj
Por si les interesa el paper: https://t.co/6PsEYs8J1m Cómputo paralelo con agentes de motor molecular en redes nanofabricadas.
Towards real #biological #supercomputer one step at a time https://t.co/ANIvgfisNT
Bio-computers look awesome! easy version https://t.co/BjBS8TpAWj complete version https://t.co/n8v1pCVCri #science #iflscience
This is all well and good, but some arsehole would just end up patenting ATP: https://t.co/882aN1fQMp
Un ordinateur biologique qui fonctionne ! via @TomsHardware_Fr La publication (en anglais) : https://t.co/qHpj3pvZbh https://t.co/jt6ndxo0sO
RT @genomiss: A friend of mine, mathematician/MD/entrepreneur, publishes, in his spare time(!), revolutionary things like this! https://t.c…
Parallel computation with molecular-motor-propelled agents in nanofabricated networks https://t.co/obTR8e6SYn
A friend of mine, mathematician/MD/entrepreneur, publishes, in his spare time(!), revolutionary things like this! https://t.co/9DuxOCPunG
Study -- Biological supercomputers https://t.co/YjfnbzGvEx
Proof-of-concept, biological parallel computer presented -- would be incredibly energy efficient, but a long way off https://t.co/sCSuIYWg9v
BİYOLOJİK SÜPER BİLGİSAYAR GELİŞTİRİLDİ -- https://t.co/hNgCI3kkD9
Biologists solve NP-complete problem with biological motors https://t.co/KPxY6vUMlm
Parallel computation with molecular-motor-propelled agents in nanofabricated networks https://t.co/DX5hQeW6WH <proof for NP complete problem
Parallel computation with molecular-motor-propeled agents in nanofabricated nets https://t.co/X6VqsxqcTC
Wow, a biological computer powered by "...molecular-motor-driven, protein filaments..." https://t.co/kq4EIR3KFB https://t.co/V4kvDNeygV
ATP-powered supercomputer? https://t.co/kTA9Iy5EtW
Isn't this how we made humans last time? That sure didn't work out... https://t.co/XcXR2sVd88
RT @UpdateonScience: https://t.co/seBnJs1yHm Biological supercomputer model could change how we solve complex problems #sciencenews https:/…
"This system is highly energy efficient, thus avoiding the heating issues limiting electronic computers." https://t.co/SUsZmqHpVQ
Biological supercomputer model could change how we solve complex problems https://t.co/pqIxDpQdTa
#Science https://t.co/hP0EYQFHXq Biological supercomputer model could change how we solve complex problems
RT @UpdateonScience: https://t.co/seBnJs1yHm Biological supercomputer model could change how we solve complex problems #sciencenews https:/…
https://t.co/seBnJs1yHm Biological supercomputer model could change how we solve complex problems #sciencenews https://t.co/mmgh8QVwn8
RT @ivanenok: hmm.... it looks good "Parallel computation with molecular-motor-propelled agents https://t.co/OvoTUtdYB0" what do you think…
Biological supercomputer model could change how we solve complex problems https://t.co/nM8xaeqOid
hmm.... it looks good "Parallel computation with molecular-motor-propelled agents https://t.co/OvoTUtdYB0" what do you think about guys?
RT @PLOSSynbio: HT @frogheart : Interesting work on Biological supercomputers via @PNASNews https://t.co/mk1ljCQwfz https://t.co/gq32zz0JxD
Biological supercomputers: https://t.co/Q1Vh1832HZ #Biocomputers
Computing using cytoskeletal filaments and motors https://t.co/WKKbXcMTsx
Biological nanocomputers are way faster for parallel tasks than electronic ones. #science #computers @PNASNews https://t.co/eD25sw3m1V
RT @PavelTomancak: Parallel computer based on molecular motors. Congrats to @StefanDiezDD https://t.co/CFwjvgLU1K https://t.co/gSkSU9U662
Using #Protein based #processors to solve #combinatorics - Journal Article: https://t.co/DQNWqISj1J #nanotech #math #biocomputing
RT @GerdMoeBehrens: Parallel computation with molecular-motor-propelled agents in nanofabricated networks https://t.co/wAZLQ3gnC2
RT @PavelTomancak: Parallel computer based on molecular motors. Congrats to @StefanDiezDD https://t.co/CFwjvgLU1K https://t.co/gSkSU9U662
Parallel computation with molecular-motor-propelled agents in nanofabricated networks https://t.co/wAZLQ3gnC2
RT @PavelTomancak: Parallel computer based on molecular motors. Congrats to @StefanDiezDD https://t.co/CFwjvgLU1K https://t.co/gSkSU9U662
Parallel computer based on molecular motors. Congrats to @StefanDiezDD https://t.co/CFwjvgLU1K https://t.co/gSkSU9U662
HT @frogheart : Interesting work on Biological supercomputers via @PNASNews https://t.co/mk1ljCQwfz https://t.co/gq32zz0JxD
World's first parallel computer based on biomolecular motors https://t.co/EdnkUDagOU
RT @christlet: Family business: first author of the paper is Dan V Nicolau Jr., last author Dan V Nicolau - https://t.co/YXzdLw7B3G
Family business: first author of the paper is Dan V Nicolau Jr., last author Dan V Nicolau - https://t.co/YXzdLw7B3G
Positronic Brain? Parallel computation with molecular-motor-propelled agents in nanofabricated networks https://t.co/aFeS5vWfr3
For see the full article: https://t.co/hr3M5mOjqG https://t.co/AGJgqmUR7c
Parallel computation with molecular-motor-propelled agents in nanofabricated networks https://t.co/mBXlLERcSv
Proof-of-concept demonstration of protein filaments solving NP-complete problem (HT @ArsTechnica) https://t.co/eln610pYCR
Solve NP-Complete with biology: https://t.co/ZK1jmtaOZv