The first ‘programming language’ for active material enables accurate control at the cellular level

The first ‘programming language’ for active material enables accurate control at the cellular level



In 2019, Caltech researchers demonstrated a new method to use light to control the active substance-a type of material that is made of individual energy-chappas which are made of a whole for form to create mechanical speed Works in This process works in the same way how many individual birds make a herd that moves overall. In research, the team focuses on the active substance as a millimeter -shaped protein filaments that usually form a cell skeleton, or “cytoscalaton”.