Does it work?
We compared the resistance spread of Josephson Junctions across chips processed by the robot vs. 3 experienced human operators.
🤖 Robot inter-chip spread: ~2.1%
🧑‍🔬 Human inter-chip spread: ~7.2%

The robot effectively eliminates operator variance. 4/8

Nanofabrication is an art. To discover more advanced quantum technologies, we need industrial consistency in academic settings. 🤖
We built a robotic wet-bench for nanofabrication.
At #Stanford, we replaced human hands with a robot for resist development. 1/8

📄: arxiv.org/abs/2511.19432

Cool idea, deplete your cavity through a non-linear process, into a band where the mirrors of your cavity transmit. arxiv.org/abs/2510.11965

Variera Boxes (Ikea) are such great organizing tools, and together with this 3D printed clips, so much added value. www.printables.com/model/716589...

And then I found the solution. Crocs on the clock.

The Dylan Clog is almost Cleanroom approved I guess.

Holiday Train passing Menlo Park.

Wow, Europe is desperate. First for battery technology. I remember the days the European car industry was voting against electric cars.

Seems the AWS Quantum Networking team transformed into a Startup.
Not fully clear to me what challenge this startup is going to solve. My favourite paper of this research collective was their fiber coupling work. https://doi.org/nsw6
https://www.lightsynq.com/

RF Connectors more or less on the die. RFSoc DAC up to 80GHz Bandwidth and 256GS/s. Just imagine when this will be consumer ware in 10 years. https://youtu.be/rVJwcZavr9U