IEEE Montreal Section

Dr. Haid Heidari, from University of Galsgow, will summarize his work on CMOS magnetic sensors Speaker(s): Dr. Hadi Heidari, Location: Room: 388 Bldg: Macdonald Engineering Building 817 Rue Sherbrooke O Montreal, Quebec h3a0c2

Dr. Haid Heidari, from University of Galsgow, will summarize his work on CMOS magnetic sensors Speaker(s): Dr. Hadi Heidari, Location: Room: 388 Bldg: Macdonald Engineering Building 817 Rue Sherbrooke O Montreal, Quebec h3a0c2

Photonic technologies can provide many benefits to High Performance Computing systems. Meter-scale communications in current supercomputers rely on optical cables already, yet substantial progress can be achieved to better integrate optical transceivers within the compute nodes. Deeper integration of photonics, however, may trigger important changes in node architectures. In particular, the organization of memory hierarchies... Read more →

Photonic technologies can provide many benefits to High Performance Computing systems. Meter-scale communications in current supercomputers rely on optical cables already, yet substantial progress can be achieved to better integrate optical transceivers within the compute nodes. Deeper integration of photonics, however, may trigger important changes in node architectures. In particular, the organization of memory hierarchies... Read more →

  Solar energy can be directly harvested to power thermodynamically uphill reactions that produce energetic chemicals, promising a large-scale energy storage and redistribution solution. To enable these reactions, we need materials that can absorb light, separate charges, and catalyze specific chemistries. The materials should be made of earth-abundant elements to allow for large-scale implementations. They... Read more →

  Solar energy can be directly harvested to power thermodynamically uphill reactions that produce energetic chemicals, promising a large-scale energy storage and redistribution solution. To enable these reactions, we need materials that can absorb light, separate charges, and catalyze specific chemistries. The materials should be made of earth-abundant elements to allow for large-scale implementations. They... Read more →

We are witnessing rapid growth of interest in integrated photonics, especially silicon photonics, which might improve communication and measurement instruments in the coming years. Traditional ways of optical communication between computers, or between Earth and satellites, are already being replaced by integrated photonics. In the next decade, integrated photonics may be more widely used, for... Read more →

We are witnessing rapid growth of interest in integrated photonics, especially silicon photonics, which might improve communication and measurement instruments in the coming years. Traditional ways of optical communication between computers, or between Earth and satellites, are already being replaced by integrated photonics. In the next decade, integrated photonics may be more widely used, for... Read more →