Tech
-
Princeton Scientists Bioengineer a Cellular Speedometer
Many kinds of cells can sense flow, just as our skin cells can feel the difference between a gentle breeze and a strong wind. But we depend on feeling the force involved, the push-back from the air against us. Without that push, we can't distinguish speed; when the windows are closed, our skin can't feel any difference in air force whether we are sitting in an office, a speeding car or a cruising airplane.
Latest Research Articles
-
Smallest Pixels Ever Created Could Light up Color-Changing Buildings
-
Nanotubes Enable Travel of Huntington's Protein
-
2D Insulators with Ferromagnetism are Rare; Researchers Just Identified a New One
-
Stem Cell Scientists Clear Another Hurdle in Creating Transplant Arteries
-
Hummingbird Robot Uses AI to Soon Go Where Drones Can't
-
Researchers Develop Viable, Environmentally Friendly Alternative to Styrofoam
-
Secrets of Fluorescent Microalgae Could Lead to Super-efficient Solar Cells
-
First Demonstration of Antimatter Wave Interferometry
-
NIST Research Sparks New Insights on Laser Welding
-
New 3D Microscope Visualizes Fast Biological Processes Better than Ever
-
Stretchable Interlaced-nanowire Film for Ultraviolet Photodetectors with High Response Speed