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Why i've been particularly behind on emails : A serious re-addiction to coding , thanks to @openai At the time of #ChatGPT release, I was working w/ Dr Donnie Keathley on the new course notes for MIT EECS' brand-new "6.2410 Quantum Engineering Platforms" ....
Congratulations Isaac!
💫Editors' Choice in PRB!💫 Isaac Harris's new paper on Group-IV color centers in diamond (SiV–, GeV–, SnV–) is out! He models phonon-induced decoherence & shows how to mitigate it for higher temp operation. doi.org/10.1103/PhysRe… Thank you @RLEatMIT, @NSF and #QuantumMoonshot!
unbelievable. full-on attack on democracies. washingtonpost.com/style/media/20…
Congratulations to QuNETT CEO Dr Laura Andres and team for this win! linkedin.com/feed/update/ur…. Awesome to see how far this technology from @MitQpg @uarizona @CQN_ERC @MITLL @CQE_MIT and NSF cua has come !
Congratulations 🎉
Dilution fridge 2 online @MitQpg! Excited to embed this system into our quantum network! Aiming to study diamond SnV centers, piezoelectric (and maybe superconducting microwave) cavities!
Now on @NatureComms: @SaggioValeria et. al. achieve cavity integration of silicon artificial atoms at telecom wavelengths, showing zero-phonon line cavity enhancement along with highly pure single-photon emission. nature.com/articles/s4146…
Bill and the Quantum Noir Committee will open the conference during #QuantumNoir General Session 1: Nano / Quantum. This "Gordon-Style" quantum science and engineering meeting convenes leaders of relevant fields, including #HBCUs, to share, discover, and build community.
New! @linsenli9 et. al. tackle real-time estimation & control in quantum systems using reinforcement learning and Transformer models: arxiv.org/abs/2405.16380 The approach is scalable and achieves >3x improvement over rule-based methods. Thank you @RLEatMIT, @MITREcorp and @NSF!
Congratulations Ronald!
Shoutout to Ronald Davis for his successful Thesis defense: “Combining RF Photonics and RF Machine Learning to Enable New Communications Architectures”! Read more: arxiv.org/abs/2207.06883
Congratulations @linsenli9 of @EECS @RLEatMIT @CQE_MIT @microsystechlab and team at @MitQpg, with Prof Ruonan Han and his group, and with @MITREcorp
I am thrilled to announce that my MIT EECS Ph.D. main work has been published in the Nature journal: nature.com/articles/s4158…. Thanks to my Ph.D. advisor Prof. @Dirk_Englund and collaborators from @MitQpg @MITREcorp MIT Featured News: news.mit.edu/2024/modular-s…
Sri Krishna Vadlamani et. al. present a novel one-time training procedure for Mach-Zehnder based optical AI accelerators in a paper published recently in @ScienceAdvances science.org/doi/full/10.11…
A new optical AI accelerator: In collaboration with @ZaijunC from @USC, S. Ou, A. Sludds et. al. demonstrate an on chip optical tensor processor. Using parallel wavelength-space-time multiplexing allows them to train a ML model (405K parameters) with 10-billion activations/sec..
Controlling light at high speed (GHz) and large scale (mega-pixel) is still the holy grail for many quantum computing systems. Trajtenberg-Mills, @MElkabbash et. al. present a Lithium niobite on Silicon GHz rate CMOS integrated spatial light modulator: arxiv.org/abs/2402.14608
Mustafa Yucel joined in the summer 2022 for his Master Thesis working on large scale PICs for quantum information processing and error correction for AI. Mustafa is now joining @EPFL as a PhD Student to work on Meta-Optics with Karim Achouri. We wish him luck on his new journey!
Now in Nature Nanotech:“Engineering colloidal semiconductor nanocrystals for quantum information processing” J. Almutlaq collaborating with @researchuoft, @NorthwesternU and @KAUST highlights colloidal semiconductor nanocrystals for spin qubits. nature.com/articles/s4156… @RLEatMIT
Thank you @ArmyResearchLab, @NSF, @RLEatMIT and collaborators from @UMassAmherst
What is the value of a quantum network? Now on PNAS, Yuan Lee et. al. develop a framework to evaluate quantum network performance by quantifying the utility for users. From secure comms to distributed computing, this metric captures the value for society. pnas.org/doi/10.1073/pn…
Review of state-of-the-art 2D materials-enabled optical intensity modulators by Xuetao Gan et. al. now published in Appl. Phys. Rev, in collaboration with Northwestern Polytechnical University of China and Ghent University in Belgium: pubs.aip.org/aip/apr/articl…
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