Hatlab is a superconducting quantum information lab at U. Pittsburgh. We like puns and quantum measurement, and dislike higher order terms n decoherence.
๐จnew paper!!
https://t.co/Z5AXbaAQPs
Please enjoy this preprint where I attempt to return to my quantum roots and discuss with Anja Metelmann and @TeamHatLab how to make an ideal quantum parametric amplifier. ๐ข
Check out our new joint publication with the Jones Group at Pitt exploring co-design for NISQ processors. We look at which (modestly large) architectures are both (a) buildable using our parametric gates and (b) good at NISQ algorithms.
https://t.co/8VjYxEPNam
Our Physics Artists in Residency program is today at 3 PM in Frick Fine Arts auditorium. It features not only the triumphant return of physics-inspired student art but also the return of tasty free food! So, if you are hungry and/or curious check it out!
Big congratulations to Boris Mesits of Hatlab who won an NSF graduate fellowship today, and to Evan McKinney who is a joint member of the Hatlab and the Jones group in ECE and received an honorable mention!
For APS swag providers: those light up bouncy balls are great, my kids love them, but they are too hard. They're gonna end up going through a window or a cabinet front. Or maybe the same thing w my grads in the lab.
This device works by eliminating stimulated emission, so we need to replace the s in Laser. I proposed s for smooth, giving us..... Laser. I also proposed m for metronomic to give us a Lamer. For microwaves it would be a Mamer which sounds super tough. Naming stuff is hard.
Check out our new paper in Nature Comm starring Chenxu Liu and David Pekker on using superconducting circuits to build masers which are far narrower than the standard quantum limit. Started as a great coffee conversation now cool physics :). https://t.co/qLxIDgqFDu
Super excited that our new preprint on modular quantum computing with a quantum state router is out now. Represents tons of hard work by Chao Zhou and Pinlei Lu. https://t.co/B5dojDhvTo
@Liv_Lanes We need one more axis. Like squirrel. So |QM> = |squirrel > + imaginary |squirrel >. Not quite perfect though cause although squirrel orthogonal to QM not orthogonal to funny ;)