RT @ScienceMagazine: From the archives from @SciRobotics: @UtahBME scientists programmed #prosthetics to mimic natural nerve signals. Using…
RT @ScienceMagazine: From the archives from @SciRobotics: @UtahBME scientists programmed #prosthetics to mimic natural nerve signals. Using…
RT @ScienceMagazine: From the archives from @SciRobotics: @UtahBME scientists programmed #prosthetics to mimic natural nerve signals. Using…
RT @ScienceMagazine: From the archives from @SciRobotics: @UtahBME scientists programmed #prosthetics to mimic natural nerve signals. Using…
RT @ScienceMagazine: From the archives from @SciRobotics: @UtahBME scientists programmed #prosthetics to mimic natural nerve signals. Using…
RT @ScienceMagazine: From the archives from @SciRobotics: @UtahBME scientists programmed #prosthetics to mimic natural nerve signals. Using…
From the archives from @SciRobotics: @UtahBME scientists programmed #prosthetics to mimic natural nerve signals. Using this system, an individual with a lower-arm amputation was able to identify objects while blindfolded or wearing headphones: https://t.co
RT @ScienceMagazine: From the archives from @SciRobotics: @UtahBME scientists programmed #prosthetics to mimic natural nerve signals. Using…
RT @ScienceMagazine: From the archives from @SciRobotics: @UtahBME scientists programmed #prosthetics to mimic natural nerve signals. Using…
RT @ScienceMagazine: From the archives from @SciRobotics: @UtahBME scientists programmed #prosthetics to mimic natural nerve signals. Using…
RT @ScienceMagazine: From the archives from @SciRobotics: @UtahBME scientists programmed #prosthetics to mimic natural nerve signals. Using…
RT @Faisalnaifaru: Science making life better
RT @ScienceMagazine: From the archives from @SciRobotics: @UtahBME scientists programmed #prosthetics to mimic natural nerve signals. Using…
Science making life better
RT @ScienceMagazine: From the archives from @SciRobotics: @UtahBME scientists programmed #prosthetics to mimic natural nerve signals. Using…
RT @ScienceMagazine: From the archives from @SciRobotics: @UtahBME scientists programmed #prosthetics to mimic natural nerve signals. Using…
RT @ScienceMagazine: From the archives from @SciRobotics: @UtahBME scientists programmed #prosthetics to mimic natural nerve signals. Using…
RT @ScienceMagazine: From the archives from @SciRobotics: @UtahBME scientists programmed #prosthetics to mimic natural nerve signals. Using…
RT @ScienceMagazine: From the archives from @SciRobotics: @UtahBME scientists programmed #prosthetics to mimic natural nerve signals. Using…
This was 1 year ago. It's happening folks.
RT @ScienceMagazine: From the archives from @SciRobotics: @UtahBME scientists programmed #prosthetics to mimic natural nerve signals. Using…
RT @ScienceMagazine: From the archives from @SciRobotics: @UtahBME scientists programmed #prosthetics to mimic natural nerve signals. Using…
RT @ScienceMagazine: From the archives from @SciRobotics: @UtahBME scientists programmed #prosthetics to mimic natural nerve signals. Using…
RT @ScienceMagazine: From the archives from @SciRobotics: @UtahBME scientists programmed #prosthetics to mimic natural nerve signals. Using…
RT @ScienceMagazine: From the archives from @SciRobotics: @UtahBME scientists programmed #prosthetics to mimic natural nerve signals. Using…
RT @ScienceMagazine: From the archives from @SciRobotics: @UtahBME scientists programmed #prosthetics to mimic natural nerve signals. Using…
RT @ScienceMagazine: From the archives from @SciRobotics: @UtahBME scientists programmed #prosthetics to mimic natural nerve signals. Using…
RT @ScienceMagazine: From the archives from @SciRobotics: @UtahBME scientists programmed #prosthetics to mimic natural nerve signals. Using…
RT @ScienceMagazine: From the archives from @SciRobotics: @UtahBME scientists programmed #prosthetics to mimic natural nerve signals. Using…
RT @ScienceMagazine: From the archives from @SciRobotics: @UtahBME scientists programmed #prosthetics to mimic natural nerve signals. Using…
RT @ScienceMagazine: From the archives from @SciRobotics: @UtahBME scientists programmed #prosthetics to mimic natural nerve signals. Using…
RT @ScienceMagazine: From the archives from @SciRobotics: @UtahBME scientists programmed #prosthetics to mimic natural nerve signals. Using…
From the archives from @SciRobotics: @UtahBME scientists programmed #prosthetics to mimic natural nerve signals. Using this system, an individual with a lower-arm amputation was able to identify objects while blindfolded or wearing headphones: https://t.co
RT @Jacob_A_George: Just found out our @SciRobotics paper (https://t.co/aAz5Jv1TeD) is featured in the Science Robotics Special Edition Boo…
RT @Jacob_A_George: Just found out our @SciRobotics paper (https://t.co/aAz5Jv1TeD) is featured in the Science Robotics Special Edition Boo…
RT @Jacob_A_George: Just found out our @SciRobotics paper (https://t.co/aAz5Jv1TeD) is featured in the Science Robotics Special Edition Boo…
Just found out our @SciRobotics paper (https://t.co/aAz5Jv1TeD) is featured in the Science Robotics Special Edition Booklet (https://t.co/TAnKadfQin) and is listed as a Sample Article on the Science Robotics Website!... (1/3)
RT @SciRobotics: .@UtahBME scientists programmed this #prosthetic system to mimic natural nerve signals. Using this system, an individual w…
RT @SciRobotics: .@UtahBME scientists programmed this #prosthetic system to mimic natural nerve signals. Using this system, an individual w…
RT @SciRobotics: "The participant highlighted the emotional impact of #artificial touch when he used the #bionic hand to shake hands with h…
RT @SciRobotics: .@UtahBME scientists programmed this #prosthetic system to mimic natural nerve signals. Using this system, an individual w…
Biomimetic sensory feedback through peripheral nerve stimulation improves dexterous use of a bionic hand https://t.co/yCXckh2LCz
Biomimetic sensory feedback through peripheral nerve stimulation improves dexterous use of a bionic hand https://t.co/Iq5XDelbzN
Biomimetic sensory feedback through peripheral nerve stimulation improves dexterous use of a bionic hand https://t.co/gGCAZXSocV
Inspiration and hope can have echoes across decades: https://t.co/A0LGch2rOG via @HamillHimself @utahbme @UofUMedicine
RT @SciRobotics: Equipped with a bioinspired sensory feedback system designed by @UUTah, @UtahBME, a #bionic hand user was able to “feel” u…
RT @DARPA: @UtahCoE The team, part of DARPA's HAPTIX program, published its results yesterday in the journal Science Robotics. @sciencemaga…
Ще крок в біомеханіці - протез із зворотнім зв'язком. Вже робочий прототип: - наукова стаття https://t.co/zIqB1xCc96 - російською популярно... https://t.co/zIqB1xCc96
RT @kbts_sci: スターウォーズに登場するあの「ルークの義手」がとうとう現実に。腕に取り付けた電極で装置を神経にリンクし、複雑な圧力や振動を感知。卵をつまむ繊細な動作も可能に。米ユタ大チームがサイエンス姉妹誌に発表。 Credit: University of Uta…
RT @SciRobotics: .@UtahBME scientists programmed this #prosthetic system to mimic natural nerve signals. Using this system, an individual w…
Biomimetic sensory feedback through peripheral nerve stimulation improves dexterous use of a bionic hand https://t.co/aIWGJu6zES
RT @SciRobotics: .@UtahBME scientists programmed this #prosthetic system to mimic natural nerve signals. Using this system, an individual w…
RT @SciRobotics: .@UtahBME scientists programmed this #prosthetic system to mimic natural nerve signals. Using this system, an individual w…
「ルーク」と名付けらた最先端の義手が開発される......意のままに動き、触覚もある https://t.co/pZjkpAsNNT DOI: 10.1126/scirobotics.aax2352 https://t.co/M5JnJmAoP4
Biomimetic sensory feedback through peripheral nerve stimulation improves dexterous use of a bionic hand https://t.co/LpA88o2LNb
RT @SciRobotics: .@UtahBME scientists programmed this #prosthetic system to mimic natural nerve signals. Using this system, an individual w…
RT @SciRobotics: .@UtahBME scientists programmed this #prosthetic system to mimic natural nerve signals. Using this system, an individual w…
.@UtahBME scientists programmed this #prosthetic system to mimic natural nerve signals. Using this system, an individual with a lower-arm amputation was able to identify objects while blindfolded, wearing headphones, and detached from the #bionic hand: htt
https://t.co/TSNcgIkZUT https://t.co/6cN4yGeJTH @SEKIELBERG, @transhumanistjp, @GlobalGoalsUN
Biomimetic sensory feedback through peripheral nerve stimulation improves dexterous use of a bionic hand https://t.co/wr5iFAE9gs
RT @slimanjbensmaia: Collaboration with Greg Clark's group on biomimetic tactile feedback for bionic hands through an electrical interface…
RT @SciRobotics: "The participant highlighted the emotional impact of #artificial touch when he used the #bionic hand to shake hands with h…
RT @SciRobotics: "The participant highlighted the emotional impact of #artificial touch when he used the #bionic hand to shake hands with h…
RT @SciRobotics: "The participant highlighted the emotional impact of #artificial touch when he used the #bionic hand to shake hands with h…
This sounds like such an interesting piece of research. Biomimetic sensory feedback through peripheral nerve stimulation improves dexterous use of a bionic hand https://t.co/5xViFtH0xH
RT @SciRobotics: "The participant highlighted the emotional impact of #artificial touch when he used the #bionic hand to shake hands with h…
RT @genegirl007: We have some amazing science happening here in the @UtahBME dept. https://t.co/up35o4xfJO
Biomimetic sensory feedback through peripheral nerve stimulation improves dexterous use of a bionic hand https://t.co/fSTYd6S3ML
RT @SciRobotics: A user of a new bio-inspired #prosthetic system by @UUTah, @UtahBME reported that he “enjoys sensation of ‘feeling’ object…
"The participant highlighted the emotional impact of #artificial touch when he used the #bionic hand to shake hands with his wife and felt her touch through it for the first time." Read more about this new #prosthetic study by @UUTah here: https://t.co/kR3
RT @SciRobotics: A user of a new bio-inspired #prosthetic system by @UUTah, @UtahBME reported that he “enjoys sensation of ‘feeling’ object…
We have some amazing science happening here in the @UtahBME dept.
RT @SciRobotics: A user of a new bio-inspired #prosthetic system by @UUTah, @UtahBME reported that he “enjoys sensation of ‘feeling’ object…
RT @sciencemagazine: Equipped with a bioinspired #sensory feedback system designed by @UUTah, @UtahBME, a #bionic hand user was able to “fe…
#Biomimetic sensory feedback through peripheral #nerve stimulation improves dexterous use of a #bionic #hand https://t.co/ZaHNYuNblE
RT @DARPA: @UtahCoE The team, part of DARPA's HAPTIX program, published its results yesterday in the journal Science Robotics. @sciencemaga…
RT @slimanjbensmaia: Collaboration with Greg Clark's group on biomimetic tactile feedback for bionic hands through an electrical interface…
RT @kbts_sci: スターウォーズに登場するあの「ルークの義手」がとうとう現実に。腕に取り付けた電極で装置を神経にリンクし、複雑な圧力や振動を感知。卵をつまむ繊細な動作も可能に。米ユタ大チームがサイエンス姉妹誌に発表。 Credit: University of Uta…
RT @slimanjbensmaia: Collaboration with Greg Clark's group on biomimetic tactile feedback for bionic hands through an electrical interface…
RT @kbts_sci: スターウォーズに登場するあの「ルークの義手」がとうとう現実に。腕に取り付けた電極で装置を神経にリンクし、複雑な圧力や振動を感知。卵をつまむ繊細な動作も可能に。米ユタ大チームがサイエンス姉妹誌に発表。 Credit: University of Uta…
スターウォーズに登場するあの「ルークの義手」がとうとう現実に。腕に取り付けた電極で装置を神経にリンクし、複雑な圧力や振動を感知。卵をつまむ繊細な動作も可能に。米ユタ大チームがサイエンス姉妹誌に発表。 Credit: University of Utah Center for Neural Interfaces https://t.co/0HmbE2I4Q6 https://t.co/eHAt6zhLBQ
RT @sciencemagazine: Equipped with a bioinspired #sensory feedback system designed by @UUTah, @UtahBME, a #bionic hand user was able to “fe…
RT:sciencemagazine: Equipped with a bioinspired #sensory feedback system designed by UUTah, UtahBME, a #bionic hand user was able to “feel” up to 119 sensory perceptions ranging from pressure to vibration: https://t.co/GGb4J9bJ8K ($) https://t.co/MwtDdhrlR
RT @SciRobotics: A user of a new bio-inspired #prosthetic system by @UUTah, @UtahBME reported that he “enjoys sensation of ‘feeling’ object…
RT @SciRobotics: Equipped with a bioinspired sensory feedback system designed by @UUTah, @UtahBME, a #bionic hand user was able to “feel” u…
RT @slimanjbensmaia: Collaboration with Greg Clark's group on biomimetic tactile feedback for bionic hands through an electrical interface…
RT @sciencemagazine: Equipped with a bioinspired #sensory feedback system designed by @UUTah, @UtahBME, a #bionic hand user was able to “fe…
New paper in Science Robotics from Jacob George and Greg Clark in Biomedical Engineering @UtahCoE describing the LUKE are a bidirectional neuromyoelectric prosthetic hand https://t.co/OUmQ3slxFT
RT @DARPA: @UtahCoE The team, part of DARPA's HAPTIX program, published its results yesterday in the journal Science Robotics. @sciencemaga…
RT @SciRobotics: A user of a new bio-inspired #prosthetic system by @UUTah, @UtahBME reported that he “enjoys sensation of ‘feeling’ object…
Important work 👇
@UtahCoE The team, part of DARPA's HAPTIX program, published its results yesterday in the journal Science Robotics. @sciencemagazine Abstract: https://t.co/1y6g0BKHJx DARPA HAPTIX: https://t.co/oHzDZgSKfS https://t.co/yLjr2zlFR2
RT @sciencemagazine: Equipped with a bioinspired #sensory feedback system designed by @UUTah, @UtahBME, a #bionic hand user was able to “fe…
A user of a new bio-inspired #prosthetic system by @UUTah, @UtahBME reported that he “enjoys sensation of ‘feeling’ objects” through the new system: https://t.co/hJqQLbsSjk ($) https://t.co/9fc7WVn6gV
Biomimetic sensory feedback through peripheral nerve stimulation improves dexterous use of a bionic hand - featuring @slimanjbensmaia https://t.co/GH3OfK4fdO