Introducing stretchability and elasticity into carbon nanotube (CNT) yarns could extend their
applications to areas such as stretchable and deformable fiber-based devices and strain …

The strength and flexibility of carbon nanotubes (CNTs) allow them to be constructed into a
variety of innovated architectures with fascinating properties. Here, we show that CNTs can …

Conventional straight fibers spun from carbon nanotubes have rather limited deformability;
creating a spiral structure holds the promise to break this shape restriction and enhance …

Twist-spun carbon nanotube (CNT) yarns are composed of numerous CNTs and their
bundles with entangled and twisted structures. In this paper, we studied the mechanical …

Smart systems are those that display autonomous or collaborative functionalities, and
include the ability to sense multiple inputs, to respond with appropriate operations, and to …

Introducing twists into carbon nanotube yarns could produce hierarchical architectures and
extend their application areas. Here, we utilized such twists to produce elastic strain sensors …

Wearable and stretchable electronics including various conductors and sensors are featured
with their lightweight, high flexibility, and easy integration into functional devices or textiles …

Carbon nanotube (CNT) fibers, composed entirely of CNT bundles, have inferior mechanical
properties as adjacent CNTs slide past each other when an external force is applied …

Light-weight and multifunctional carbon nanotube (CNT) yarn possessing outstanding
mechanical properties as individual CNTs is highly desirable in the field of smart textiles as …

The superior mechanical behavior of carbon nanotubes (CNT) and their electrical and
thermal functionalities has motivated researchers to exploit them as building blocks to …