My first publication as co-corresponding author, alongside my previous postdoc advisor Moungi Bawendi! We generalize our denoising neural network model for photon correlation Fourier spectroscopy, successfully applying it to >80 quantum dot experiments.

More quantum emitters + deep learning, accepted for the AI4Mat workshop at @NeurIPSConf! We develop latent neural ODE models that predict entire interferometric photon correlation experiments from only 10 measured inputs, allowing for up to x20 speedups:

RT @tedsargentNU_TO: We welcome applications for jointly-advised (w Prof. @Jennifer_M_Dunn ) PDFs in CO2 capture and upgrade: TEA, LCA, and….

RT @brrrnkrdrsch: As a result of this new funding and Somnath's postdoctoral fellowship award through FSU Quantum, I'm pleased to advertise….

Out now in APL Machine Learning! We (@NRC_CNRC @JCEP8) applied deep 3D-to-2D U-Nets to perform phase retrieval, combining randomly phase modulated frames with as few as ~100 photons, achieving lower error than conventional state-of-the-art methods:

RT @DanedeQuilettes: Our company, @Optigon_Inc, is hiring and looking for a Founding Engineer! We are really excited to continue growing ou….

RT @CleanUoft: Postdoc position available in machine learning for materials discovery at University of Toronto http….

RT @keshulenberger: I am recruiting graduate students for my lab next year! If you are interested in learning more, interested in going to….

RT @JinsongHuangUNC: We have a lab manager position open: .You will have freedom of doing advanced research and bui….

An amazing day for quantum dot science! I was very lucky to be a postdoc at MIT in Moungi's lab, and it was a privilege to work on such exciting research under the tutelage of an incredibly brilliant, kind, and inspiring scientist.

RT @minjung_son: 🚨Our new group website is live: I have openings for funded postdoctoral positions in my group --….

We used this ML-augmented technique to measure the linewidths and optical coherence times (T2) of a CsPbBr3 quantum dot, and found excellent agreement with the T2 value measured directly using Hong-Ou-Mandel two-photon interference (.

Deep learning + single dot spectroscopy! Now online @PhysRevLett, we developed a de-noising neural network to extract time-resolved lineshapes of single quantum emitters at timescales of 10-100 nanoseconds using photon correlation Fourier spectroscopy:

RT @NaturePhotonics: New content online: Hong–Ou–Mandel interference in colloidal CsPbBr3 perovskite nanocrystals. The findings indicate po….

RT @tedsargentNU_TO: Our group at @NorthwesternEng @NUChemistry is hiring a device physicist / solid-state physicist. If you dream in quasi….

RT @brrrnkrdrsch: As a 30th birthday present to myself, I'm doing shameless promotion of my new group website and the TWO postdoc positions….

These are among the narrowest linewidths reported for colloidal QDs, and InP/ZnSe/ZnS QDs appear robust against spectral diffusion: they show minimal broadening on timescales as long as 50 ms; orders of magnitude longer than CdSe/CdS dots or CsPbBr3 nanocrystals.

Thrilled to share our work published in @NatureNano where we report ~5 µeV linewidths and 200+ ps optical coherence times from single InP/ZnSe/ZnS colloidal quantum dots! A fantastic collaboration with @Samsung, co-led by @DavidBerkinsky @ChemistryMIT .

Hong-Ou-Mandel interference in colloidal nanocrystals! Great work led by @KapKapRevenge showing the first demonstration of HOM in CsPbBr3 perovskite nanocrystals, with visibilities up to 0.56±0.12 - without any radiative enhancement.

RT @DanedeQuilettes: So excited about this work out now in @NatureComms! Congrats to @mlaitz for spearheading this project- revealing the i….