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The Optoelectronic Computing Laboratory

Prof. Agranat Group
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"First I shall do some experiments before I proceed farther, because my intention is to cite experience first and then with reasoning  show why such experience  is bound to operate in such a way. And this is the true rule by which those who speculate about the effects of nature must proceed."

Leonardo Da Vinci 1503

Ongoing Projects

  • Standoff Detection Using Bacterial Biosensors

    Combining bacteria and optoelectronics to detect explosives and buried landmines

  • Nanophotonic Structures in 3D Curved Spaces

    inspired by general relativity

  • Waveguides construction by laser ablation and fast ion implantations

  • Dynamical Optical Circuit Switching

    Introducing a New Paradigm for the Data Transport Within the Data Center

  • Electroholographic Tunable Laser

    Employing Electroholography to construct Fast Wavelength Selective Switches

 

 Research opportunities for interested students

 

Research Highlights
 

Research Highlights

leonardo-da-vinci-text.jpg

Recent Publications

 

“Enhanced electro-optic effect in potassium lithium tantalate niobate at the paraelectric phase near Tc”.
Results in Physics (2021).
 
“Electro optic active Q switched Tm:YLF laser based on polarization modulation”.
Optics Letters (2021).
 
“An autonomous bioluminescent bacterial biosensor module for outdoor sensor networks, and its application for the detection of buried explosives”
Biosensors and Bio-Electronics (2021).
 
“Constraint-free wavelength conversion supported by giant optical refraction in a 3D perovskite super-crystal”.
Communications Materials (2020).
 
“Hyperbolic optics and superlensing in room-temperature KTN from self-induced k-space topological transitions”.
Nature Communications (2021).
 

 


 

 

 
 
 
 
Electroholography
 
mail to: Prof. Ronny Agranat
Department of Applied Physics
 
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