Department of Chemical and Petroleum Engineering, University of Pittsburgh, 3700 O’Hara Street, Pittsburgh 15260, United States Department of Electrical and Computer Engineering, University of ...

Here, we propose a bistable structure based on origami principles, capable of switching between two stable states: folded and unfolded. This bistable structure, combined with Kresling pneumatic ...

We herein review our recent work that focuses on the design and functional analysis of peptide-based networks, propelled by replication reactions and exhibiting bistable behavior. Furthermore, we ...

Abstract: Physical intelligence for aerial robots greatly enhances grasping and perching performance, but remains in emerging stages. This letter proposes a novel bistable soft gripper for aerial ...

In this paper, we analyze the reasons for the performance loss and propose a novel bistable spiking neural network (BSNN) that addresses the problem of the phase lead and phase lag. Also, we design ...