Gat Research Group retweeted
An insect-sized microbot powered by “explosive” actuators was capable of walking, turning, jumping, and could carry a payload 22 times its body weight, a new Science study finds.
Learn more: scim.ag/46g
Gat Research Group retweeted
Our research entitled "Multistable Metafluid Based Energy Harvesting and Storage," was just published in Advanced Materials. Part of our ongoing effort to use metamaterials to create improved thermodynamic cycles. Free-access link to the article:
onlinelibrary.wiley.com/shar…
Gat Research Group retweeted
A tremor on the stairs?😱 It's just a growing soft robot designed by @AmirDGat and his team.
This single-input structure is able to perform complex maneuvers in and even intervene in particular circumstances🔥
👉ow.ly/r3kX50OgVsZ
Gat Research Group retweeted
I'll give a talk on "A metafluid with multistable density & energy states" today March/8 at 17:48 during the APS MARCH meeting. Interested in this subject? I look forward to seeing you in room 206.
Gat Research Group retweeted
Our RoboSoft 2023 Workshop has been accepted for the first half-day of April 3rd. The preliminary workshop program can be found at bimultistabilityworkshop.com. We're still considering holding a short poster session. If that is possible, we'll provide an update. See you in Singapore!
Gat Research Group retweeted
Flow batteries are considered to be a leading solution for large-scale energy storage, but their energy release rate falls behind the competition.
Learn about our innovative flow battery design that addresses this issue in the blog post by @TechnionLive:
technion.ac.il/en/2022/11/fl…
Gat Research Group retweeted
#APSDFD2022 We will present two works in the first session of the first day: "The non-self-adjoint thin film problem: dynamics of fixed-volume pinned films" and " Marangoni-based geometrical low-pass-filter." If these interest you, visit room 234 at 9:05 and 9:44 respectively.
Gat Research Group retweeted
I'm very grateful for the opportunity to present our research at the 14th International Symposium on Electrokinetics (ELKIN).
We show that the discharge rate of #flowbatteries can be significantly improved by altering their geometry.
Read more about it:
doi.org/10.1017/flo.2022.4
Gat Research Group retweeted
NEW from @flow_journal: Modelling the #fluidmechanics in single-flow batteries with an adjacent channel for improved reactant transport
@SofiaKuperman, @RonaRonen, @YoavMatia, Anna Zigelman, Matthew E. Suss, @AmirDGat
Read👉ow.ly/NauQ50Jsx9y
Gat Research Group retweeted
Very excited to share our recently published paper in @flow_journal where we explore novel designs of single flow batteries to significantly improve their efficiency.
The work is a collaboration between @GatResearchLab and @SussLab
To read more about it: doi.org/10.1017/flo.2022.4







