This paper introduces a novel, braided electronic cord architecture that balances high scalability with imperceptible, comfortable, and designable characteristics for soft electronics. Utilizing a multi-material braiding technique, we demonstrate that these cords offer high electrical stability under significant mechanical deformation. 1. Introduction

Existing soft wires often lack the ability to handle high strain or require complex, non-scalable fabrication.

Here is a proposed structure for a research paper focused on the content likely depicted in that file, based on the context of " Imperceptible, designable, and scalable braided electronic cord ":

The need for stretchable, flexible, and comfortable interconnects in wearable sensors and soft robotics.

Utilizing the cord for durable, stretchable power delivery in soft robotic actuators. 5. Conclusion

The proposed braided electronic cord offers a scalable, durable, and comfortable solution for the next generation of imperceptible wearable technology.