Liquid Crystal Elastomers (LCEs) are not just any ordinary material. They have special abilities that make them super useful in many areas. Unlike regular materials, LCEs can both sense and move. This makes them perfect for creating buildings that can respond to their environment. Imagine a buildin
Designing digital health tools that actually work and are easy to use is no easy task. It is tough to make something that people will use and find helpful. The person-based approach is one way to tackle this. It focuses on getting feedback from the people who will use the tool. But it doesn't sp
Liquid crystals are fascinating materials. They flow like liquids but have molecules that can align like solids. One interesting thing about them is how they react to electric fields. This reaction is called the Fréedericksz transition. In simple terms, an electric field can make the molecules in a
Designing proteins that are both stable and effective can be a real challenge for scientists. But what if AI could step in and simplify this task? Introducing PRIME, an AI model that harnesses temperature to predict optimal protein modifications. During testing with a variety of proteins, PRIME out
Liquid AI, a startup co-founded by former researchers from MIT's Computer Science and Artificial Intelligence Laboratory (CSAIL), has made a significant breakthrough in the field of artificial intelligence. Instead of relying on the transformer architecture, Liquid has developed a new type of AI mod
