Advanced imaging technologies are uncovering surprising roles for CD8+ T cells—not just in immune defense, but also in supporting tissue repair and regeneration.

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

Geophysics Survey Reveals Striking Similarities to World-Class Mountain Pass Rare Earth Deposit; Geochemical Anomalies ...

To test the new system, the researchers printed a small, working model of a human knee joint. It had rigid “bones” and ...

Guidance on state and local employment law compliance for employers of remote and hybrid employees, including the scope of ...

As glaciers retreat due to a rise in global temperatures, one study shows that detailed 3D elevation models could drastically ...

David Romero uses digital modeling software and Frank Lloyd Wright's archives to create realistic renderings of unrealized ...

Discover how Patrick Jouin uses 3DP and generative design in his latest creation, the Ta.Tamu chair, featuring a unique ...

Say goodbye to hallucinations and weird errors when you use Stable Diffusion models through Stability AI's assistant chatbot ...

Sponsored by Meshy. Unlock the fastest path from idea to 3D model with Meshy AI 5! In this Blue Lighting tutorial, we walk ...

Inspired by how nature blends toughness and flexibility, such as the rigid structure of bone surrounded by pliable cartilage, ...

A University of Texas at Austin team has developed new resins for 3D printing materials quickly with flexibility, strength ...