Our team pioneers new approaches in scattering-based optical interference microscopy and its application to sensitive and fast measurements of nanoscopic objects. Through interferometric detection, we capture the rapid dynamics of very small particles at ultrahigh speeds—up to 500,000 frames per second. We also design novel image processing and data analysis methods, leveraging statistical analysis and simulation to systematically investigate previously uncharted biological phenomena.
ABOUT
Our team pioneers new approaches in scattering-based optical interference microscopy and its application to sensitive and fast measurements of nanoscopic objects. Through interferometric detection, we capture the rapid dynamics of very small particles at ultrahigh speeds—up to 500,000 frames per second. We also design novel image processing and data analysis methods, leveraging statistical analysis and simulation to systematically investigate previously uncharted biological phenomena.