Fun fact, most of the data of the paper have been collected and analyzed remotely during the March 2020 lockdown. We were lucky to have our dilution cryostat running by itself for two full weeks before its trap finally ran out of nitrogen! 8/8
A thread on our newly published paper, we demonstrate a new modality for electron spin resonance by directly measuring the microwave fluorescence of a spin ensemble with a single microwave photon detector. https://t.co/apVH6kTP1u 1/8
By enhancing the radiative decay rate of the ensemble and by improving the darkcount of the detector, we can in principle reach single spin sensitivity based on this method, in close analogy with the optical detection of NV centers and other types of crystal defects. 7/8
Our CANTO analysis on the impact of G-CSF 💉 on long-term PROs 📝👩💻 and hematological toxicity 🔬in women with early breast cancer @ #ESMO20 / mini-oral session 🖥️.
Great job @PLapidari 👨🔬🥼!
Abstract 1817MO 📄
@inesvazluis@GustaveRoussy@FAndreMD @GroupeUNICANCER
Direct detection of microwave fluorescence emitted from electron spins?
We did it, with a transmon-based single-photon counter. And we saw the light!
Check it out: https://t.co/KRTzEe1E6r
It's thrilling to be racing shoulder to shoulder with @awscloud and @preskill on dissipative cats! https://t.co/JGjFvL9IMT
With big cats like @StevenTouzard, @J_Guillaud, @PeronninTheau, Raph, Ben, Phil, Zaki & Mazyar on board, we feel delighted at https://t.co/TYtBb9tvic!
At Quantronics we invent, fabricate and exploit superconducting circuits to investigate the properties of quantum systems, like spin defects in solids. Discover how it works in this video! @QuscoE @AZScienceComm @fwilhelm@jacobsherson@shaeema_zaman
https://t.co/2zcIQV4T0n
Growth of the world's population over the last 12,000 years with respect to present-day national territories.
Population estimates from the History Database of the Global Environment (HYDE) which was developed by @nlenvironagency.
Once again: Scientists did not "reverse time" and did not "break a law of physics".
Correct story: Some processes are reversible. Entropy can decrease locally. We have known this for a long time. Great experiment - yes - but no time reversal. #StopHype
https://t.co/fmztAvBLHS
With science news coverage like this, no wonder why the public thinks we can use quantum computers for human teleportation, time travel, and eternal life... 🤦♂️