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ostl.ece.uvic.ca

UVic Department of Electrical and Computer Engineering

http://ostl.ece.uvic.ca/LaOIP.html

Lasers and Optical Information Processing. Dr T E. Darcie. Lasers and Optical Information Processing. The smallest semiconductor lasers. New applications for VCSELs. Pulses between 1.4 and 2.7 picoseconds have been measured for the first time from micro-cavity lasers. These compact and efficient pulses can be integrated in 2-D, making this technology useful as a light-source for parallel optical bit patterns. University of Victoria, BC, Canada. Updated Monday, 08-Sep-2003 12:44:04 PDT.

ostl.ece.uvic.ca

UVic Department of Electrical and Computer Engineering

http://ostl.ece.uvic.ca/facilities.htm

Lasers and Optical Information Processing. Dr T E. Darcie. The optical engineering lab is located in the A119 of the Engineering Laboratory Wing at the University of Victoria. The lab space is 970 sq.ft. and is equipped with a concrete slab for the isolation of 2 optical tables from any building vibrations. The lab contains a wide range of equipment to support a number of research projects at both the system and device levels. The available infrastructure includes (shown in the inventory pictures above):.

ostl.ece.uvic.ca

UVic Department of Electrical and Computer Engineering

http://ostl.ece.uvic.ca/index.html

Lasers and Optical Information Processing. Dr T E. Darcie. Welcome to Optical Systems and Technology Laboratory at the University of Victoria. What do we do? Build innovative optical systems. Advance optical device technologies. Bridge novel approaches to real applications. Newly formed at UVic, the OSTL is a well-equipped. We are thankful to AT&T Labs for a generous gift of optical components and test equipment to the Optical Systems and Technology Laboratory (2003). University of Victoria, BC, Canada.

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Faculty of Engineering - University of Victoria

http://www.uvic.ca/engineering

Skip to primary navigation. Skip to secondary navigation. Skip to page content. Sign in to UVic. Return to top of page. Skip to secondary navigation. Skip to page content. Prospective faculty and staff. Current students, faculty and staff. Return to top of page. Return to primary navigation. Skip to secondary navigation. Welcome to the Faculty of Engineering. Return to top of page. Return to primary navigation. Skip to secondary navigation. Work while you learn. As the sun rises across the Utah desert, 1...

ostl.ece.uvic.ca

UVic Department of Electrical and Computer Engineering

http://ostl.ece.uvic.ca/NanoPhotonics.html

Lasers and Optical Information Processing. Dr T E. Darcie. Nanophotonics is the world where we control the behavior of light with features that are much smaller than the wavelength of the light itself. This means in the regime around 100 nm (or only 0.0001 millimeters). Scanning electron micrograph of three nano-hole arrays in gold. The last one shows the entire 16 micron array. The hole widths are between 100 and 300 nm. 4 times the transmission for one polarization than for the other.

ostl.ece.uvic.ca

UVic Department of Electrical and Computer Engineering

http://ostl.ece.uvic.ca/MaS.html

Lasers and Optical Information Processing. Dr T E. Darcie. Emerging optical technology provides the means to create powerful new capabilities in well-established applications, like optical microscopes and other imaging systems. These new capabilities include enhancement of contrast and resolution, and the imaging of 3-dimensional features in real time. Our research addresses these opportunities by combining: array-processing optical integrated circuits (e.g. micro-mirror arrays) high-spee...

ostl.ece.uvic.ca

UVic Department of Electrical and Computer Engineering

http://ostl.ece.uvic.ca/OpticalCom.html

Lasers and Optical Information Processing. Dr T E. Darcie. Novel applications and emerging optical technology:. Emerging optical technology enables new communication systems concepts. At the same time, creative communications systems concepts stimulate invention of novel optical technologies. Our research programs in both technology and applications are highly complementary. Microwave over optics systems: Transmission of high-frequency microwave signals over fiber has become an important tool for many mi...