Paper submission deadline for RoboSoft 2024 coming up on Nov 1 2023! Looking forward to your submissions https://t.co/rGB5qjkjOA
Paper Submission Deadline: Nov 1 2023
Workshop/Tutorials Deadline: Nov 15 2023
Competition Deadline: Dec 15 2023
Conference: Apr 14-17 2024
It feels surreal that this paper is finally out! Check out this great thread summarizing our work on the physics, physiology, and evolution of insect flight.
So thankful to have been part of this amazing collaboration.
IEEE RoboSoft 2024 (San Diego, USA April 14-17 2024) Call for Papers is now out! 🤖🥳
Theme: Soft robotics for exploration🌎🌕🌊
Paper Deadline: 15th Oct
Workshop Deadline: 15th Nov
Competitions: 15th Dec
https://t.co/QE4UWZhHUQ
We are excited to announce RoboSoft 2024 in San Diego, April 14-17, 2024.
Details at https://t.co/rGB5qjkjOA
Call for Papers: Submit your conference paper by October 15, 2023.
Call for Workshops: Submit your your Workshop/Tutorial proposals by November 15, 2023.
Excited to have published my first PhD chapter! Oscillatory locomotion often requires deformation of materials that store and dissipate energy (i.e. tendons, apodemes, muscles). Most of the time, we think of these materials as exhibiting frequency-dependent behavior. (1/10)
@amtcastle@MattStultz Should be posted above. It is a little more time consuming than directly welding with a soldering iron. But allows for some pretty creative structures. Can also print on stretchable TPU. Just needs to be a thermoplastic sheet in a printers heated bed.
@amtcastle@MattStultz Soldering and stamping instructions here https://t.co/1zy6fwGZPX, and laser cutter here https://t.co/nAP5NlnsH0. If only they could 3D print too because we developed a method to print structures directly on top of heated thermoplastics https://t.co/0NFAYatOvD
@amtcastle@MattStultz Fun project! How about heat welding easily available thermoplastics like polycarbonate or TPU. We have done this using a soldering iron or even the hot end of a 3D printer. But I have seen direct welding of multiple layers using a laser cutter at low power. Some links to follow
@neuroecology Pretty incredible! This video from the recent NeurIPS was awesome and a good look into the convergence of hardware and software in their robots.
https://t.co/iW9UY9sGyn
@N3OX Love the hand drawn charm. Reminds me of one of my favorite book series on dynamics. Abraham and Shaw. Book one has a Frank Zappa character inspecting an oscillating time series 😍