RT @SciRobotics: Podcast host @MarwaEldiwiny discuses the latest @SciRobotics paper on #SoftRobotics from @SMSLaboratory ✏️: https://t.co/…
Podcast host @MarwaEldiwiny discuses the latest @SciRobotics paper on #SoftRobotics from @SMSLaboratory ✏️: https://t.co/EFi2YdvBdM
@SMSLaboratory @SciRobotics For the science robotics paper discussed: https://t.co/UCvfJzIekr Shape morphing drones video: https://t.co/um3JYR8yEx This episode's video: https://t.co/U4gMwxj6sK
This is amazing! Congrats @SMSLaboratory and everyone on your team at @virginia_tech ! #shapeshiftingtech #Robotics
RT @SMSLaboratory: New paper on shape morphing composites that dramatically deform, fix in shape, and return on demand. We combine kirigam…
[L’étude à découvrir] 09/02 > Façonner des métamatériaux mécaniques par morphing grâce à la plasticité réversible https://t.co/XlUn2ZwZDd via @ScienceRobotics #LaMethSci
RT @SciRobotics: New material from @SMSLaboratory synthesizes #kirigami with metal alloys to build underwater #robots and ground-to-air #dr…
RT @SPIINGOUINOOS: Incroyable un drone capable de changer de forme grâce au métal liquide #Terminator #UkraineConflict https://t.co/u7DZLhu…
Incroyable un drone capable de changer de forme grâce au métal liquide #Terminator #UkraineConflict https://t.co/u7DZLhuMUD
RT @SMSLaboratory: New paper on shape morphing composites that dramatically deform, fix in shape, and return on demand. We combine kirigam…
Shape morphing mechanical metamaterials through reversible plasticity. https://t.co/1ADukQjpeE Detroit Robot System page | https://t.co/heF1kVnOS8
RT @AngaraliMhendis: ABD'li Virginia Tech Üniversitesinin kirigami ve dron teknolojisini şekil değiştiren malzemeleri kullanarak bir araya…
RT @SMSLaboratory: New paper on shape morphing composites that dramatically deform, fix in shape, and return on demand. We combine kirigam…
RT @AngaraliMhendis: ABD'li Virginia Tech Üniversitesinin kirigami ve dron teknolojisini şekil değiştiren malzemeleri kullanarak bir araya…
ABD'li Virginia Tech Üniversitesinin kirigami ve dron teknolojisini şekil değiştiren malzemeleri kullanarak bir araya getirdiği robot çalışması
RT @SMSLaboratory: New paper on shape morphing composites that dramatically deform, fix in shape, and return on demand. We combine kirigam…
RT @SciRobotics: New material from @SMSLaboratory synthesizes #kirigami with metal alloys to build underwater #robots and ground-to-air #dr…
RT @SMSLaboratory: New paper on shape morphing composites that dramatically deform, fix in shape, and return on demand. We combine kirigam…
RT @SMSLaboratory: New paper on shape morphing composites that dramatically deform, fix in shape, and return on demand. We combine kirigam…
New paper on shape morphing composites that dramatically deform, fix in shape, and return on demand. We combine kirigami with advanced materials for morphing drones and underwater robots that perform multiple functions. https://t.co/p6ICY3n1pv https://t.c
RT @SMSLaboratory: New paper on shape morphing composites that dramatically deform, fix in shape, and return on demand. We combine kirigam…
Very cool #robotics work:
RT @SMSLaboratory: New paper on shape morphing composites that dramatically deform, fix in shape, and return on demand. We combine kirigam…
RT @SMSLaboratory: New paper on shape morphing composites that dramatically deform, fix in shape, and return on demand. We combine kirigam…
RT @SMSLaboratory: New paper on shape morphing composites that dramatically deform, fix in shape, and return on demand. We combine kirigam…
RT @SMSLaboratory: New paper on shape morphing composites that dramatically deform, fix in shape, and return on demand. We combine kirigam…
RT @SciRobotics: New material from @SMSLaboratory synthesizes #kirigami with metal alloys to build underwater #robots and ground-to-air #dr…
RT @SMSLaboratory: New paper on shape morphing composites that dramatically deform, fix in shape, and return on demand. We combine kirigam…
RT @SMSLaboratory: New paper on shape morphing composites that dramatically deform, fix in shape, and return on demand. We combine kirigam…
RT @SMSLaboratory: New paper on shape morphing composites that dramatically deform, fix in shape, and return on demand. We combine kirigam…
RT @SMSLaboratory: New paper on shape morphing composites that dramatically deform, fix in shape, and return on demand. We combine kirigam…
RT @SMSLaboratory: New paper on shape morphing composites that dramatically deform, fix in shape, and return on demand. We combine kirigam…
Big day for the @SMSLaboratory with this @SciRobotics publication. Shape-morphing drones, anyone?
@mjf_pro @robpegoraro 😅 I think we are a few years away from being quite like that... this research looks a little bit more like this from @SMSLaboratory: https://t.co/rlvbwV6DFA
RT @SMSLaboratory: New paper on shape morphing composites that dramatically deform, fix in shape, and return on demand. We combine kirigam…
RT @SMSLaboratory: New paper on shape morphing composites that dramatically deform, fix in shape, and return on demand. We combine kirigam…
RT @SMSLaboratory: New paper on shape morphing composites that dramatically deform, fix in shape, and return on demand. We combine kirigam…
RT @SMSLaboratory: New paper on shape morphing composites that dramatically deform, fix in shape, and return on demand. We combine kirigam…
RT @SMSLaboratory: New paper on shape morphing composites that dramatically deform, fix in shape, and return on demand. We combine kirigam…
RT @SMSLaboratory: New paper on shape morphing composites that dramatically deform, fix in shape, and return on demand. We combine kirigam…
RT @SMSLaboratory: New paper on shape morphing composites that dramatically deform, fix in shape, and return on demand. We combine kirigam…
RT @SMSLaboratory: New paper on shape morphing composites that dramatically deform, fix in shape, and return on demand. We combine kirigam…
RT @SMSLaboratory: New paper on shape morphing composites that dramatically deform, fix in shape, and return on demand. We combine kirigam…
RT @SMSLaboratory: New paper on shape morphing composites that dramatically deform, fix in shape, and return on demand. We combine kirigam…
New paper on shape morphing composites that dramatically deform, fix in shape, and return on demand. We combine kirigami with advanced materials for morphing drones and underwater robots that perform multiple functions. See the paper in @SciRobotics at h
RT @SciRobotics: New material from @SMSLaboratory synthesizes #kirigami with metal alloys to build underwater #robots and ground-to-air #dr…
RT @SciRobotics: New material from @SMSLaboratory synthesizes #kirigami with metal alloys to build underwater #robots and ground-to-air #dr…
RT @SciRobotics: New material from @SMSLaboratory synthesizes #kirigami with metal alloys to build underwater #robots and ground-to-air #dr…
RT @SciRobotics: New material from @SMSLaboratory synthesizes #kirigami with metal alloys to build underwater #robots and ground-to-air #dr…
New material from @SMSLaboratory synthesizes #kirigami with metal alloys to build underwater #robots and ground-to-air #drones able to #shapeshift, carry loads, and #selfheal. https://t.co/reKTpquKvb https://t.co/Wgoq1acor3