Sort by
Refine Your Search
-
Listed
-
Category
-
Employer
-
Field
-
is part of a broader research initiative encompassing fundamental studies of nonlinear quantum light–matter interactions leading to the realization of quantum photonic neural networks. The successful
-
/ . You will be part of the Canadian Pediatric Cancer Consortium ACCESS and the PROFYLE precision oncology study where you will interact with interdisciplinary teams. This provides an exceptional
-
environments (namely the Surrey Memorial Hospital NICU-partnering with Ronald MacDonald House). There would be opportunities to work closely with experts and students in the fields of human-computer interaction
-
wetland or peatland environments will be considered strong assets. The ability to design spatial analyses, troubleshoot data challenges, and synthesize results for both academic and applied audiences is
-
environments (namely the Surrey Memorial Hospital NICU-partnering with Ronald MacDonald House). There would be opportunities to work closely with experts and students in the fields of human-computer interaction
-
. HELIX is designed to measure cosmic ray isotopes at high energies with unprecedented precision. HELIX aims to cover a wide energy range using multiple flights with different detector configurations
-
of flash-back; f) Use experimentally developed models to perform CFD simulations, analyze data, develop knowledge regarding flash-back, and use this knowledge to propose new burner design to eliminate flash
-
for this position is $60,000, plus benefits Job Description At UBC, we believe that attracting and sustaining a diverse workforce is key to the successful pursuit of excellence in research, innovation, and learning
-
facility at INRS-EMT is a state-of-the-art system for investigating dynamical electron interactions in a wide variety of quantum materials upon intense long-wavelength light excitation. Prof. Boschini’s
-
across disciplines that span the spectrum of the physical, social, and integrated sciences is needed to understand, better predict, plan for, and manage the Earth System and its interactions in a changing