#bio4comp search results

#Bio4Comp, an EU-funded research project focuses on pushing the limit for what size of such problems can be practically solved.  We call our approach "network-based  #biocomputation:” buff.ly/2WiV76W

kentlundgren's tweet image. “ #Bio4Comp, an EU-funded research project focuses on pushing the limit for what size of such problems can be practically solved.  We call our approach "network-based  #biocomputation:” buff.ly/2WiV76W

“Today’s supercomputers are limited mainly by two obstacles: First, they use vast amounts of electric power – so much that the development of more powerful computers is hampered primarily by limitations in the ability to cool the processors.” buff.ly/2WiV76W #Bio4Comp

kentlundgren's tweet image. “Today’s supercomputers are limited mainly by two obstacles: First, they use vast amounts of electric power – so much that the development of more powerful computers is hampered primarily by limitations in the ability to cool the processors.” buff.ly/2WiV76W #Bio4Comp

@vertigo_starts residency: Inititial #Bio4Comp workshop: Discussing the desgin status of SMART>SOS with Stefan Diez and Thomas Blaudeck

TimOttoRoth's tweet image. @vertigo_starts residency: Inititial #Bio4Comp workshop: Discussing the desgin status of SMART>SOS with Stefan Diez and Thomas Blaudeck

Last part of #vertigo residency @Fraunhofer_ISC in Würzburg with Sönke Steenhusen from the #Bio4Comp Team.

TimOttoRoth's tweet image. Last part of #vertigo residency @Fraunhofer_ISC in Würzburg with Sönke Steenhusen from the #Bio4Comp Team.

Lecture slides on #Biocomputation for download bio4comp.org/events/ The #Bio4Comp researchers lectured on Computational #Complexity, Scale-Bridging #Manufacturing and showed #Biocomputers in Action in a live switch.

Bio4Comp's tweet image. Lecture slides on #Biocomputation for download bio4comp.org/events/ The #Bio4Comp researchers lectured on Computational #Complexity, Scale-Bridging #Manufacturing and showed #Biocomputers in Action in a live switch.

And the winner of the 1st Open Innovation #Bio4comp Award is...Adam Micolich for his idea of "#Biometric path tagging of filaments using #DNA-based metafluorophores"! 2nd award mechanics to be announced in a few minutes. Join now: zoom.us/meeting/regist…

Bio4Comp's tweet image. And the winner of the 1st Open Innovation #Bio4comp Award is...Adam Micolich for his idea of "#Biometric path tagging of filaments using #DNA-based metafluorophores"! 2nd award mechanics to be announced in a few minutes. Join now: zoom.us/meeting/regist…
Bio4Comp's tweet image. And the winner of the 1st Open Innovation #Bio4comp Award is...Adam Micolich for his idea of "#Biometric path tagging of filaments using #DNA-based metafluorophores"! 2nd award mechanics to be announced in a few minutes. Join now: zoom.us/meeting/regist…

[STARTS RESIDENCIES] SMART>SOS Residency's closure meeting. Final artwork to come ! @Bio4Comp @TimOttoRoth #STARTSEU #artwork #bio4comp

STARTSEU's tweet image. [STARTS RESIDENCIES] SMART>SOS Residency's closure meeting. Final artwork to come ! 
@Bio4Comp @TimOttoRoth 
#STARTSEU #artwork #bio4comp

Европейская комиссия финансирует проект #Bio4Comp по созданию #биокомпьютера. bio4comp.org


Morgen ist Einsendeschluss für den #OpenInnovation-Wettbewerb des EU-Projektes #Bio4Comp. Es winken 5.000€ Preisgeld. Ihr habt eine tolle Idee für effiziente #BioComputer? Hier erfahrt ihr, wie ihr am #Ideenwettbewerb teilnehmen könnt: silicon-saxony.de/nc/termine/eve…


Konstnär visualiserar forskning om framtidens biologiska superdatorer lnu.se/mot-linneunive… #Bio4Comp #lnureaserch #The Molecular motor and bionano-group #Tim Otto Roth


#Bio4Comp, 5-year €6.1M project to build more powerful/safer #biocomputers that could outperform #Quantumcomputing. labiotech.eu/bio4comp-eu-bi…


#WebinarTipp: "Molecules That Count" on Dec 10 at 12:00 (CET) on @EU_H2020 project #Bio4Comp. Learn how millions of #biomolecules can solve mathematical problems energy efficiently & how this could transform computing & biotechnology. #FMD member @FraunhoferENAS is part of it!

This post is unavailable.

SMART>SOS a project with the research collaboration #Bio4Comp is awarded with a VERTIGO Starts residency: t1p.de/6bdo

Discover the winners of the first VERTIGO STARTS Artistic Residencies Program vertigo.starts.eu #ICT #ART #innovation #Europe



Европейская комиссия финансирует проект #Bio4Comp по созданию #биокомпьютера. bio4comp.org


#WebinarTipp: "Molecules That Count" on Dec 10 at 12:00 (CET) on @EU_H2020 project #Bio4Comp. Learn how millions of #biomolecules can solve mathematical problems energy efficiently & how this could transform computing & biotechnology. #FMD member @FraunhoferENAS is part of it!

This post is unavailable.

Lecture slides on #Biocomputation for download bio4comp.org/events/ The #Bio4Comp researchers lectured on Computational #Complexity, Scale-Bridging #Manufacturing and showed #Biocomputers in Action in a live switch.

Bio4Comp's tweet image. Lecture slides on #Biocomputation for download bio4comp.org/events/ The #Bio4Comp researchers lectured on Computational #Complexity, Scale-Bridging #Manufacturing and showed #Biocomputers in Action in a live switch.

And the winner of the 1st Open Innovation #Bio4comp Award is...Adam Micolich for his idea of "#Biometric path tagging of filaments using #DNA-based metafluorophores"! 2nd award mechanics to be announced in a few minutes. Join now: zoom.us/meeting/regist…

Bio4Comp's tweet image. And the winner of the 1st Open Innovation #Bio4comp Award is...Adam Micolich for his idea of "#Biometric path tagging of filaments using #DNA-based metafluorophores"! 2nd award mechanics to be announced in a few minutes. Join now: zoom.us/meeting/regist…
Bio4Comp's tweet image. And the winner of the 1st Open Innovation #Bio4comp Award is...Adam Micolich for his idea of "#Biometric path tagging of filaments using #DNA-based metafluorophores"! 2nd award mechanics to be announced in a few minutes. Join now: zoom.us/meeting/regist…

“Today’s supercomputers are limited mainly by two obstacles: First, they use vast amounts of electric power – so much that the development of more powerful computers is hampered primarily by limitations in the ability to cool the processors.” buff.ly/2WiV76W #Bio4Comp

kentlundgren's tweet image. “Today’s supercomputers are limited mainly by two obstacles: First, they use vast amounts of electric power – so much that the development of more powerful computers is hampered primarily by limitations in the ability to cool the processors.” buff.ly/2WiV76W #Bio4Comp

#Bio4Comp, an EU-funded research project focuses on pushing the limit for what size of such problems can be practically solved.  We call our approach "network-based  #biocomputation:” buff.ly/2WiV76W

kentlundgren's tweet image. “ #Bio4Comp, an EU-funded research project focuses on pushing the limit for what size of such problems can be practically solved.  We call our approach "network-based  #biocomputation:” buff.ly/2WiV76W

Morgen ist Einsendeschluss für den #OpenInnovation-Wettbewerb des EU-Projektes #Bio4Comp. Es winken 5.000€ Preisgeld. Ihr habt eine tolle Idee für effiziente #BioComputer? Hier erfahrt ihr, wie ihr am #Ideenwettbewerb teilnehmen könnt: silicon-saxony.de/nc/termine/eve…


[STARTS RESIDENCIES] SMART>SOS Residency's closure meeting. Final artwork to come ! @Bio4Comp @TimOttoRoth #STARTSEU #artwork #bio4comp

STARTSEU's tweet image. [STARTS RESIDENCIES] SMART>SOS Residency's closure meeting. Final artwork to come ! 
@Bio4Comp @TimOttoRoth 
#STARTSEU #artwork #bio4comp

Konstnär visualiserar forskning om framtidens biologiska superdatorer lnu.se/mot-linneunive… #Bio4Comp #lnureaserch #The Molecular motor and bionano-group #Tim Otto Roth


Last part of #vertigo residency @Fraunhofer_ISC in Würzburg with Sönke Steenhusen from the #Bio4Comp Team.

TimOttoRoth's tweet image. Last part of #vertigo residency @Fraunhofer_ISC in Würzburg with Sönke Steenhusen from the #Bio4Comp Team.

@vertigo_starts residency: Inititial #Bio4Comp workshop: Discussing the desgin status of SMART>SOS with Stefan Diez and Thomas Blaudeck

TimOttoRoth's tweet image. @vertigo_starts residency: Inititial #Bio4Comp workshop: Discussing the desgin status of SMART>SOS with Stefan Diez and Thomas Blaudeck

SMART>SOS a project with the research collaboration #Bio4Comp is awarded with a VERTIGO Starts residency: t1p.de/6bdo

Discover the winners of the first VERTIGO STARTS Artistic Residencies Program vertigo.starts.eu #ICT #ART #innovation #Europe



#Bio4Comp, 5-year €6.1M project to build more powerful/safer #biocomputers that could outperform #Quantumcomputing. labiotech.eu/bio4comp-eu-bi…


#Bio4Comp, an EU-funded research project focuses on pushing the limit for what size of such problems can be practically solved.  We call our approach "network-based  #biocomputation:” buff.ly/2WiV76W

kentlundgren's tweet image. “ #Bio4Comp, an EU-funded research project focuses on pushing the limit for what size of such problems can be practically solved.  We call our approach "network-based  #biocomputation:” buff.ly/2WiV76W

Lecture slides on #Biocomputation for download bio4comp.org/events/ The #Bio4Comp researchers lectured on Computational #Complexity, Scale-Bridging #Manufacturing and showed #Biocomputers in Action in a live switch.

Bio4Comp's tweet image. Lecture slides on #Biocomputation for download bio4comp.org/events/ The #Bio4Comp researchers lectured on Computational #Complexity, Scale-Bridging #Manufacturing and showed #Biocomputers in Action in a live switch.

“Today’s supercomputers are limited mainly by two obstacles: First, they use vast amounts of electric power – so much that the development of more powerful computers is hampered primarily by limitations in the ability to cool the processors.” buff.ly/2WiV76W #Bio4Comp

kentlundgren's tweet image. “Today’s supercomputers are limited mainly by two obstacles: First, they use vast amounts of electric power – so much that the development of more powerful computers is hampered primarily by limitations in the ability to cool the processors.” buff.ly/2WiV76W #Bio4Comp

And the winner of the 1st Open Innovation #Bio4comp Award is...Adam Micolich for his idea of "#Biometric path tagging of filaments using #DNA-based metafluorophores"! 2nd award mechanics to be announced in a few minutes. Join now: zoom.us/meeting/regist…

Bio4Comp's tweet image. And the winner of the 1st Open Innovation #Bio4comp Award is...Adam Micolich for his idea of "#Biometric path tagging of filaments using #DNA-based metafluorophores"! 2nd award mechanics to be announced in a few minutes. Join now: zoom.us/meeting/regist…
Bio4Comp's tweet image. And the winner of the 1st Open Innovation #Bio4comp Award is...Adam Micolich for his idea of "#Biometric path tagging of filaments using #DNA-based metafluorophores"! 2nd award mechanics to be announced in a few minutes. Join now: zoom.us/meeting/regist…

Last part of #vertigo residency @Fraunhofer_ISC in Würzburg with Sönke Steenhusen from the #Bio4Comp Team.

TimOttoRoth's tweet image. Last part of #vertigo residency @Fraunhofer_ISC in Würzburg with Sönke Steenhusen from the #Bio4Comp Team.

@vertigo_starts residency: Inititial #Bio4Comp workshop: Discussing the desgin status of SMART>SOS with Stefan Diez and Thomas Blaudeck

TimOttoRoth's tweet image. @vertigo_starts residency: Inititial #Bio4Comp workshop: Discussing the desgin status of SMART>SOS with Stefan Diez and Thomas Blaudeck

[STARTS RESIDENCIES] SMART>SOS Residency's closure meeting. Final artwork to come ! @Bio4Comp @TimOttoRoth #STARTSEU #artwork #bio4comp

STARTSEU's tweet image. [STARTS RESIDENCIES] SMART>SOS Residency's closure meeting. Final artwork to come ! 
@Bio4Comp @TimOttoRoth 
#STARTSEU #artwork #bio4comp

Loading...

Something went wrong.


Something went wrong.


United States Trends