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![Caption:This artist rendering shows the researchers' superconducting qubit architecture, with the fluxonium qubits in red and the blue, transmon coupler in between them.](/sites/default/files/styles/list/public/news/image/2023-09/MIT_Fluxonium-Qubit-01-PRESS_0.jpg?itok=Vs4xOmIg)
In the Media
September 29, 2023
![An up-close of a quantum repeater module mounted on a gold-plated copper assembly and connected to green printed circuit boards, with optical fibers routed up.](/sites/default/files/styles/list/public/news/image/2023-09/Quantum%20repeater_527748%20-13.jpg?h=41f55a5b&itok=x70Ka2qS)
September 11, 2023
![A piece of hardware showing a copper mount with integrated circuit components bonded to it](/sites/default/files/styles/list/public/news/image/2023-09/527748%20-13.jpg?itok=y27dGBnE)
![A close up photo of an integrated circuit board with connected wires.](/sites/default/files/styles/list/public/news/image/2023-07/23-0058-03.jpg?itok=sp1Nd6V-)
In the Media
July 25, 2023
In the Media
May 31, 2023
![A close up photo of a superconducting parametric amplifier](/sites/default/files/styles/list/public/news/image/2023-02/MIT_Squeezing-Microwaves-01-PRESS_0.jpg?itok=v02sMn60)
![This image shows a module composed of superconducting qubits that can be used to directionally emit microwave photons. Image: Krantz NanoArt](/sites/default/files/styles/list/public/news/image/2023-01/MIT-QuantumInterconnect-01-press_1.jpg?itok=SXeEHjdX)
In the Media
January 11, 2023
![This rendering shows a novel piece of hardware, called a smart transceiver, that uses technology known as silicon photonics to dramatically accelerate one of the most memory-intensive steps of running a machine-learning model.](/sites/default/files/styles/list/public/news/image/2022-10/MIT-delocalized-learning-01-press_0.jpg?itok=ei512JCg)
![Alex Green stands at a dilution refrigerator, a gold/metal contraption.](/sites/default/files/styles/list/public/news/image/2022-10/MIT-Alex-Greene_01-press_0.jpg?itok=J0l1detv)