-
18:00
POS-1 - N(2P) Production in electron-N2 Collisions.
-
Jeffery Dech
(University of Windsor)
-
18:02
POS-2 - Loading laser-cooled atoms into a cavity formed by a hollow-core fiber capped with a pair of dielectric metasurfaces
-
Sai Sreesh Venuturumilli
(University of Waterloo)
-
18:04
POS-3 **WITHDRAWN**- On The Laser-Induced Fluorescence Spectroscopy of Two Ruthenium-Bearing Molecules: RuX (X=F, Cl)
-
Hanif Zarringhalam
(Dept. of Physics, University of New Brunswick)
-
18:06
POS-4 - Cross-phase modulation with laser cooled atoms confined inside a hollow-core fiber
-
Cameron Vickers
(University of Waterloo)
-
18:10
POS-5 - Generating Squeezed Thermal States via Parametric Down Conversion in Lossy Cavities
-
Hossein Seifoory
(Department of Physics, Engineering Physics and Astronomy, Queen’s University, Kingston, ON K7L 3N6, Canada)
-
18:12
POS-6 - Quantum repeaters with single rare-earth ions in telecommunication wavelengths
-
Faezeh Kimiaee Asadi
(Institute for Quantum Science and Technology, University of Calgary)
-
18:14
POS-7 - Relativistic Corrections to Nonrelativistic Electric Dipole Transitions
-
Maha Sami
(University of Windsor)
Daniel Venn
(University of Windsor)
-
18:16
POS-8 - Arduino-controlled triple-grating high-resolution spectrometer
-
Jiawei Qiu
(IQC, University of Waterloo)
-
18:18
POS-9 - Polaron master equation theory of an on-demand quantum dot single-photon source through cavity-assisted stimulated adiabatic Raman passage (STIRAP)
-
Chris Gustin
(Queen's University, )
-
18:20
POS-10 - Radio-frequency ion trap with an integrated optical cavity
-
Turner Silverthorne
(IQC, University of Waterloo)
-
18:22
POS-11 - Metals for Induced Transmission Optical Filters
-
Scott Teare
(New Mexico Tech)
-
18:24
POS-12 - Visualization of state determination via weak measurements
-
Igor Ivanovic
(Physics Department, Carleton University)
-
18:26
POS-13 - Application of coupled mode theory to phase-shift and intensity measurements in optical microresonators
-
Jack Barnes
(Queen's University, Dept. of Chemistry)
-
18:30
POS-14 - Nano-antenna fabrication through porous anodic alumina template
-
Fathi Souissi
(Queen's university)