Imaging Physics

The department of Imaging Physics  develops novel instrumentation and imaging technologies. We are driven by our scientific curiosity and problem oriented nature in research with a strong connection to industry and to educate future leaders in the field of imaging science.

The scientific staff of the department is formed by independent Principle Investigators or Educators.

31 October 2016

OP: Erik Swarts started his BSc project

Erik started his BSc project on analytical solution for dipoles in multilayer systems". His supervisors are Aurele Adam & Johan Dubbeldam. The goal of the project project is to find a general analytical solution for the electromagnetic field inside dipole-doped one-dimensional optical multilayer systems, and also to calculate reflection and transmission coefficients of incoming electromagnetic waves. The resulting algorithm should provide a solution for a system having arbitrarily many layers and dipoles inside them. A numerical matrix solution for this problem already exists, but an analytical solution can provide overall stability and significantly faster calculations. The research is based on an existing technique, that uses extended Fabry-Perot equations to calculate transmission and reflection in regular (no dipole containing) multilayer systems, that will be extended to calculate what we need. Once this solution is retrieved, the next goal is to optimise this alghoritm for even faster calculation. The results of this project could probably be used to enhance the performance of optical multilayer coatings or small light emitting devices. Since the computational properties of the algorithm will be better, these improvements can be done more efficiently.

27 October 2016

AWI: Farewell Aramco Overseas

Since 2012 Saudi Aramco has located one of their Global Research Centers inside our university. To extend their activities, they have chosen for a new office location at Delftechpark. As this is still close to our university, the intensive research cooperation in the field of oil and gas exploration and monitoring will remain unchanged. The main task of the Aramco Research Center in Delft is to improve seismic data processing to get a sharper image of the subsurface, which allows it to obtain more reliable information upon which drilling decisions can be based. With backgrounds in math, physics and software development they have strong relationships with our acoustical imaging research group (AWI), as we develop cutting-edge technology for the oil and gas industry within the framework of the Delphi consortium, for which Saudi Aramco is one of the sponsors. We would like to congratulate Saudi Aramco with their new office and are looking forward to a fruitful continuation of our cooperation.

30 November 2016

NWO ECHO Project Jacob Hoogenboom approved

Title: "Optimized electron-molecule interactions for near-molecular resolution light and electron microscopy". The researchers propose a novel approach: fluorescence microscopy using a beam of energetic electrons. This will allow measuring molecular positions in the structural landscape at electron microscopy resolution. Their approach is enabled by two unconventional steps: (i) Fluorescent molecules will be excited in an electron microscope using low-energy (1-50eV) electrons, probing resonant and near-resonant intramolecular excitation regimes. (ii) Encouraged by recent initial observations of electron-excited fluorescence from green fluorescent protein (GFP) under vacuum, will optimize fluorescent proteins for fluorescence microscopy with focused electron beams. Thus, we will enable electron-excited fluorescence from organic fluorescent molecules commonly used as bio-molecular labels for immuno-targeting, as well as from optimized fluorescent proteins.

30 November 2016

NWO Building Blocks project Jacob Hoogenboom approved

Research project title: "Defining molecular and cellular modulators of cancer immunotherapy by automated high throughput 3D light-electron microscopy". The main goal of the researchers is to identify fundamental mechanisms by which tumor cells modulate their environment to prevent their destruction by the immune system. They will develop state-of-the art microscopy tools to obtain an integrated view on the molecular and cellular factors that affect the behavior of individual immune cells in a 3D mouse model of breast cancer. The results will be of relevance for cancer immunotherapy and establish new microscopy tools.

This content is being blocked for you because it contains cookies. Would you like to view this content? By clicking here, you will automatically allow the use of cookies.
This content is being blocked for you because it contains cookies. Would you like to view this content? By clicking here, you will automatically allow the use of cookies.

Our PI's

Our Lecturers

/* */