Replication research can take the temperature on how accurate science in a given field is, but research replication is easier ...

In a step forward for soft robotics and biomedical devices, Rice University engineers have uncovered a powerful new way to ...

The beautiful, fascinating and often perplexing world around us grows from intricate and convoluted interactions of millions ...

Soft skills like communication and collaboration are key to thriving in an AI-driven workplace. Here’s how to use them to ...

This work shows that multi-DOF metamaterials are limited by their energy-driven deformation, restricting their mechanical ...

Specifically, both hard and soft pseudo labels of unlabeled samples are generated from a shared classifier to guide the class-aware contrastive learning in our SSL framework. Besides, a prediction ...

USAID was a worthy organization that indirectly benefited the United States through projecting this soft power and ultimately creating allies sympathetic to America and the various causes we ...

While larger acoustic models provide better speech recognition performance, smaller models are appropriate when computational resources are limited. Knowledge distillation is used to train small ...

"Nature does this in an organic way, combining hard and soft materials without failure at the interface. We wanted to replicate that." A related paper published May 29 in ACS Central Science by Page ...

UT Austin researchers 3D print parts that are both soft and hard. The technology blends rigid and flexible materials in one print.

Scientists at The University of Texas at Austin have developed an exciting new 3D printing method that blends soft and hard materials into one seamless object.