Dierck Hillmann is working on making super-detailed pictures of the retina, the part at the back of your eye that helps you see. Normally, they use light that goes through the pupil to take those pictures, but that limits how sharp they can get (the so-called diffraction at the pupil limits the resolution)--kind of like trying to take a photo through a small keyhole. Hillmann uses near-infrared light for this purpose. Hillmann explains: "It’s all’about the angles at which light can reach the back of the eye and the angles of the reflected light that can be detected. These factors determine the resolution, or in other words, the smallest details that our imaging technique can reveal."
ERC Consolidator Grant for Dierck Hillmann
The European Research Council (ERC) has awarded physicist Dierck Hillmann from Vrije Universiteit Amsterdam a Consolidator Grant for his " Hillmann aims to enhance the resolution of images of the retina.
Dierck Hillmann is working on making super-detailed pictures of the retina, the part at the back of your eye that helps you see. Normally, they use light that goes through the pupil to take those pictures, but that limits how sharp they can get (the so-called diffraction at the pupil limits the resolution)--kind of like trying to take a photo through a small keyhole. Hillmann uses near-infrared light for this purpose. Hillmann explains: "It’s all’about the angles at which light can reach the back of the eye and the angles of the reflected light that can be detected. These factors determine the resolution, or in other words, the smallest details that our imaging technique can reveal."
Dierck Hillmann is working on making super-detailed pictures of the retina, the part at the back of your eye that helps you see. Normally, they use light that goes through the pupil to take those pictures, but that limits how sharp they can get (the so-called diffraction at the pupil limits the resolution)--kind of like trying to take a photo through a small keyhole. Hillmann uses near-infrared light for this purpose. Hillmann explains: "It’s all’about the angles at which light can reach the back of the eye and the angles of the reflected light that can be detected. These factors determine the resolution, or in other words, the smallest details that our imaging technique can reveal."