Welcome to Optical Tweezers and Biological Micromanipulation Lab Website!
We are a group of physicists fascinated by the interplay between physics and life science. We enjoy applying our knowledge through hands-on research. Our primary focus lies in experimental soft matter physics and biophysics. In this field, we seek to understand the physical principles underlying living systems like red blood cells.
What are Biophysics and Soft Matter Physics?
Biophysics is an interdisciplinary field that applies the principles and methods of physics to study biological systems and processes. Biophysics aims to understand the fundamental mechanisms of life by investigating biological phenomena with a physical perspective. On the other hand, soft matter physics focuses on materials that exhibit unique properties due to their complex structures and interactions. These materials include liquids, colloids, polymers, gels, and biological tissues.
What We Do?
In order to investigate and manipulate living systems, one of the best tools
that can be used is the Optical Tweezer. Just as we use tweezers in the
macroscopic world to hold, move, and manipulate objects, in the microscopic
world we need a similar tool: optical tweezers. Optical tweezers use focused
laser beams to trap and manipulate microscopic objects, including cells and
biomolecules, allowing us to study their properties. For example, using this
method, we can investigate the mechanical properties of red blood cells. You
can find more about our research in the research section.
We are also preparing some experiments for the soft matter laboratory educational
course. This course includes experiments on the hydraulic jump, Hele-Shaw cell,
capillary action, viscosity, etc. You can also find more about our research on
these experiments in the research section.