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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 Science Advances. science.org/doi/full/10.11…

A new optical AI accelerator: In collaboration with Zaijun Chen 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, Mohamed ElKabbash 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 U of T Research, Northwestern and KAUST highlights colloidal semiconductor nanocrystals for spin qubits. nature.com/articles/s4156… RLE at MIT

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…

Thank you U.S. Army DEVCOM Army Research Laboratory, U.S. National Science Foundation, RLE at MIT and collaborators from UMass Amherst.

Congratulations linsen li of jayesh RLE at MIT MIT Center for Quantum Engineering Microsystems Technology Laboratories and team at MIT Quantum Photonics, with Prof Ruonan Han and his group, and with MITRE

Congratulations Ronald!

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! linsen li 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 RLE at MIT, MITRE and U.S. National Science Foundation!

Now on Nature Communications: Valeria Saggio 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…

Welcoming our UR5s to the Axiomatic_AI family !

Congratulations 🎉

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 MIT Quantum Photonics University of Arizona CQN Lincoln Laboratory MIT Center for Quantum Engineering and NSF cua has come !

unbelievable. full-on attack on democracies. washingtonpost.com/style/media/20…

Congratulations Isaac!

Qunett is hiring - linkedin.com/jobs/view/4126…