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Photonics for Quantum 2 - Shared screen with speaker view
Stefan Preble
01:00:08
What brand 778nm laser are you using?
Matteo Pennacchietti
01:06:58
Instead of using photonics crystal structures as the cavity for quoit-photon interactions, are there any other silicon photonic devices that could act as a high Q cavity?
Navin Lingaraju
01:09:05
Could the background of the PhC be an electro-optic dye or polymer of some kind instead of oxide?
Stefan Preble
01:09:15
What is the overall insertion loss of PhC device? i.e. from strip waveguide to strip waveguide (with PhC) in middle?
Stefan Preble
01:17:53
Was the NbTiN sputtered?
Stefan Preble
01:18:48
Thanks!
osinski
01:19:32
You do mean NbTiN, not NiTiN, right?
Stefan Preble
01:24:56
Who are you considering for the load locked cryogenic probe station?
osinski
01:25:38
How do you identify the position of the Se atom?
Don Figer
01:27:25
What would be the benefit of having room-temperature photon-number-resolving detectors?
Matteo Pennacchietti
01:28:01
Is it possible to use spins in Si to create a deterministic two-bit quantum gate between two flying photonics quits?
Stefan Preble
01:28:08
Thanks!
Xuedong Hu
01:28:18
Could quantum dot spin qubit give you larger spin-photon coupling strength?
Matteo Pennacchietti
01:28:18
qubits*
Mikhail
01:34:03
Coupling loss ~1 dB between different functional elements of the chip sounds not so good for quantum photonics. Are there alternative approaches for l with one can achieve ultra-low-loss coupling ?
Stefan Preble
01:37:11
Thank you Lukas, Great Talk!!!!
Rik van Gorsel
01:37:24
Thank you for a very informative talk!