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Multi-Dimensional Imaging and Detection Laboratory
About Us
- MDID investigates 3D and real-time optical imaging approaches and technologies, mostly at micro scales. Our researches are pursued in four major directions:
- Advancing and improving the imaging methodologies.
- Integration of imaging techniques with each other and with other optics and acoustics based methods, toward multi-modal imaging and enhanced detection.
- Applications to various phenomena in soft matter e.g. in biology samples and microfluidics, and metallic specimens.
- Developing products and systems for diverse applications.
- We are also interested in investigation of various interesting phenomena in soft matter, such as active matter translocation and collective motion, droplet circuits, liquid-liquid interfaces, binary mixtures, microrheology, etc.
- Our researches have been supported by:
- IASBS Research Department
- Iran National Science Foundation
- Development of Photonics, Lasers, Advanced Materials and Manufacturing Council
- We have been collaborating with several groups and scientists from USA, UK, Italy, Netherlands, France, India, Turkey, and Pakistan, and Iranian institutions.
- You are welcome to contact MDID people for additional information about our activities and for possible collaborations.
MDID Intro Poster
Featured Researches
1- Measurement of ammonia induced astrocyte swelling by DHM
2- Controlling of collective motion of active particles by ST
3- Manipulation of bacteria bath by Janus particles in ST
4- Investigation of particulate pollution effect on red blood cells by DHM
5- Laser speckle analysis for remote detection of electric current flowing in wires
6- The effect of dexamethasone on PC12 cells studied by DHM
7- Polarizing speckle tweezers
8- Integration of hyperspectral microscopy and self-referencing DHM
9- Integration of fluorescent microscopy and self-referencing DHM
10- Integration of photothermal imaging and self-referencing DHM
11- BLS for rheology of regenerative skin tissues
12- Measurement of geometry effect on depletion force by OT
13- Secondary BLS for battery evaluation
14- Capillary pumping on superhydrophobic surfaces
15- Out of plane deformation measurement in stressed tricrystal materials
16- Active and passive particle translocation in a sawtooth channels
17- Self-referencing DHM for acoustic trap characterization
18- ST at liquid-liquid interface
19- Measurement of hydrodynamic forces at liquid-liquid interface
20- Neuronal spike detection by DHM
21- Neuronal spike detection by OD
22- Blebbistatin effect on glioblastoma cells studied by DHM
23- Blebbistatin effect on mechanical properties of fibroblast cells studied by DHM
24- Dexa effect on PC12 cells
25- 3D online monitoring of laser material processing
Research Presentations
