Andreas

Postdoctoral Researcher at SBQMI, UBC Vancouver

[Andreas @AndreasQuantum]

@Z_DYang @MSaidaminov @chemistryatuvic @uvic Seems like a useful technique for mass production. How do the photovoltaic devices compare in their performance?

[Andreas @AndreasQuantum]

@Ariadne_Bido @agbrolo Curious, how complicated would it be to make a test for different viruses?
What would you need to do to detect multiple different viruses/antigens at the same time?

[Andreas @AndreasQuantum]

@JoshuaPhotonics @BenB_UBC @SBQMI_UBC @ECEUBC @lukasc_ubc The absolute intensity can be measured only indirectly. One way would be as @JoshuaPhotonics described, and it includes the Q-factor, too.
Alternatively, it could be calculated from a nonlinear optical response.

[Andreas @AndreasQuantum]

@JoshuaPhotonics @BenB_UBC @SBQMI_UBC @ECEUBC @lukasc_ubc Hi Ben,
The field distribution can actually be mapped by sSNOM, which is a technique that employs an AFM with a metallic tip.

[Andreas @AndreasQuantum]

@UVicCAMTEC @SBQMI_UBC Thanks for sharing. Seems to have worked now and the poster actually shows up under #PCAMM2021

[Andreas @AndreasQuantum]

Retweeting this hoping it will finally turn up under #poster22 #PCAMM2021

[Andreas @AndreasQuantum]

Quantum computing with spins and photons - all on a silicon chip? From theory to device physics and nanofabrication – see how our team at @SBQMI_UBC is turning a research idea into reality. #poster22 #PCAMM2021

[Andreas @AndreasQuantum]

To see how light can be confined to tiny spatial modes far below the classical Abbe limit, take a look at @JoshuaPhotonics poster https://t.co/xWYluhWNE7

[Andreas @AndreasQuantum]

Quantum computing with spins and photons - all on a silicon chip? From theory to device physics and nanofabrication – see how our team at @SBQMI_UBC is turning a research idea into reality. #poster22 #PCAMM2021

[Andreas @AndreasQuantum]

Quantum computing with spins and photons - all on a silicon chip? From theory to device physics and nanofabrication – see how our team at @SBQMI_UBC
is turning a research idea into reality. #poster22 #PCAMM2021

[Andreas @AndreasQuantum]

Check out @BenB_UBC's #poster10 to see how to build a readout circuit for integrated superconducting nanowire single-photon detectors with off-the-shelf electronic components.
https://t.co/l0Tj9KHMq9

[Ben Brown @BenB_UBC]

In Quantum Optics, you need to detect light at the single-photon level. As important as the performance of the detector is its readout. Here, we show how this can be realized by using off-the-shelf components. #poster10 #PCAMM2021